WEAPONSOF TERROR
Freeing the World of Nuclear,
Biological and Chemical Arms

WMDC Commissioners
Hans Blix, Chairman
Dewi Fortuna Anwar
Alexei G. Arbatov
Marcos de Azambuja
Alyson J.K. Bailes
Jayantha Dhanapala
Gareth Evans
Patricia Lewis
Masashi Nishihara
William J. Perry
Vasantha Raghavan
Cheikh Sylla
Prince El Hassan bin Talal
Pan, Zhenqiang

WEAPONSOF TERROR
Freeing the World of Nuclear,
Biological and Chemical Arms

WEAPONSOF TERROR
Freeing the World of Nuclear,
Biological and Chemical Arms© 2006 Weapons of Mass Destruction Commission.
All rights reserved.
This publication may be reproduced in full or inpart if accompanied with the following citation:
Weapons of Mass Destruction Commission,ﬁnal report, ‘Weapons of Terror: Freeing the Worldof Nuclear, Biological, and Chemical Arms’,
Stockholm, Sweden, 1 june 2006.
For electronic copies of this report, please visit
www.wmdcommission.org.
isbn: 91-38-22582-4
Printing: EO Graﬁska, Stockholm
Design: Fidelity Stockholm AB
Photo: NASA /Roger Ressmeyer/Corbis

Contents
Abbreviations . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 8
Chairman’s preface . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 11
Synopsis ......... . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 17
Chapter 1. Reviving disarmament . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 21

Why weapons of mass destruction matter . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 23
Disarmament in disarray . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 24
The aim and approach of this report . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 26
Chapter 2. Weapons of terror: threats and responses . . . . . . . . . . . . . . . . . . . . . . . . 31

The nature of threats from weapons of mass destruction . . . . . . . . . . . . . . . . . . . . . . . 32
Nuclear-weapon threats . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 36
Biological-weapon threats . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 40
Chemical-weapon threats . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 42
Traditional responses to threats of weapons of mass destruction . . . . . . . . . . . . 43
Unilateral responses . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 44
Bilateral responses . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 45
Plurilateral responses . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 46
Regional responses. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 47
Global responses. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 48
Weaknesses in traditional responses . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 50
Lack of universality . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 50
Withdrawal . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 51
Inadequate veriﬁcation . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 51
Non-compliance . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 52
Lack of enforcement . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 54
New responses to threats from weapons of terror . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 54
Counter-proliferation . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 55
Three conclusions for collective action . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 56
Chapter 3. Nuclear weapons . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 59

Preventing the proliferation of nuclear weapons . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 62
The Non-Proliferation Treaty . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 62
Evolving treaty commitments . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 64
Cases of non-compliance . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 66
Security assurances . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 72
The fuel cycle: controlling the production of enriched uranium
and plutonium . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 73

Fissile material clean-out . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 78
Regional issues and arrangements . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 79
Preventing nuclear terrorism . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 83
How could terrorists acquire nuclear weapons? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 83
Physical protection measures . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 85
Reducing the threat and the numbers of existing nuclear weapons . . . . . . . . . . 87
The need to re-examine and revise nuclear doctrines . . . . . . . . . . . . . . . . . . . . . . . 88
Deployment of nuclear weapons . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 92
New limits on deployments of non-strategic nuclear weapons . . . . . . . . . . 95
Development of new nuclear weapons . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 98
Disposal of ﬁssile material from warheads. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 99
Ending production of weapons-usable ﬁssile material:
a ﬁssile material cut-off treaty. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 103
Ending all nuclear-weapon tests:
the Comprehensive Nuclear-Test-Ban Treaty . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 105
From regulating nuclear weapons to outlawing them . . . . . . . . . . . . . . . . . . . . . . . . . . . 108
Chapter 4. Biological and toxin weapons . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 111

Prohibition of biological weapons . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 113
Prospects for the future . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 115
Strengthening the role of the Convention . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 115
National implementation . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 117
Institutional deﬁcit. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 119
Implementation of the Convention . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 119
Life sciences and the role of scientists. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 121
Chapter 5. Chemical weapons . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 125

The Chemical Weapons Convention . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 127
Destroying the chemical-weapon stockpiles . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 129
Promoting universality . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 130
Non-lethal weapons, incapacitants and riot control agents . . . . . . . . . . . . . . 132
Enhancing the CWC ’s inspection and monitoring capacity . . . . . . . . . . . . . . 134
Chemical terrorism . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 135
The threat of terrorist attacks against chemical industry . . . . . . . . . . . . . . . . . 135
Chapter 6. Delivery means, missile defences, and weapons in space . 139

Means of WMD delivery . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 140
Missile defences . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 144
The weaponization of space . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 146
Current status of the outer space security regime . . . . . . . . . . . . . . . . . . . . . . . . . . . 147

Chapter 7. Export controls, international assistance,and non-governmental actors . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 153

Export controls and other controls on the movement of goods . . . . . . . . . . . . . 154
Control of movement of goods . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 154
International assistance for non-proliferation and disarmament . . . . . . . . . . . 155
Sectoral roles: business, research, voluntary organizations,and the public . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 157
The responsibility of companies and the business sector . . . . . . . . . . . . . . . . . 157
The responsibility of scientists: codes of conduct . . . . . . . . . . . . . . . . . . . . . . . . . . . 158
Democratic control: role of representative institutions . . . . . . . . . . . . . . . . . . . . 159
Democratic control: NGOs and transparency . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 160
Public information and education . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 161
Chapter 8. Compliance, veriﬁcation, enforcement
and the role of the United Nations . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 165

Compliance .... . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 168
Veriﬁcation ..... . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 169
Enforcement ... . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 175
The role of the United Nations . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 177
The United Nations disarmament machinery . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 177
The role of the UN Security Council . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 180
Beyond WMD . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 183
Annex 1: WMDC recommendations . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 188
Annex 2: Work of the Commission . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 206

Mandate ... . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 206
Commissioners’ biographies . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 209
Secretariat . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 212
Financial and organizational support . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 212
Acknowledgements . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 213
Sessions ... . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 214
Seminars and other public meetings . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 215
Published WMDC studies . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 217
Index ............. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 220

Abbreviations

ABM
ASAT
BMD
BW
BTWC
CBM
CBW
CD
CFE
CTBT
CTBTO
CTR
CW
CWC
FAO
FMCT
G8
GTRI
HCOC
HEU
IAEA
ICBM
ICJ
INF
LEU
MAD
MIRV
MTCR
NASA
NATO
NBC
NGO
NPT
NSG
NWFZ
NWS

Anti-ballistic missile
Anti-satellite (weapon)
Ballistic missile defence
Biological weapon/warfare
Biological and Toxin Weapons Convention
Conﬁdence-building measure
Chemical and biological weapons
Conference on Disarmament
Conventional Armed Forces in Europe (Treaty)Comprehensive Nuclear-Test-Ban Treaty
Comprehensive Nuclear-Test-Ban Treaty Organization
Cooperative threat reduction
Chemical weapon/warfare
Chemical Weapons Convention
Food and Agriculture Organization
Fissile material cut-off treaty
Group of Eight, group of eight leading industrialized states
Global Threat Reduction Initiative
Hague Code of Conduct
Highly enriched uranium
International Atomic Energy Agency
Intercontinental ballistic missile
International Court of JusticeIntermediate-range Nuclear Forces (Treaty)
Low-enriched uranium
Mutual assured destruction
Multiple, independently targetable re-entry vehicle
Missile Technology Control Regime
National Aeronautics and Space Administration (US)North Atlantic Treaty Organization
Nuclear/biological/chemical
Non-governmental organization
Non-Proliferation Treaty
Nuclear Suppliers Group
Nuclear-weapon-free zone
Nuclear-weapon state8abbreviations

OIE
OPCW
P5
PSI
PTBT
SARS
SALT I, II, (III)
SIPRI
SLBM
SORT
SSOD
START
UAV
UNDC
UNDDA
UNGA
UNIDIRUNMOVICUNSCUNSCOM
WHO
WMD
WMDC

World Organisation for Animal HealthOrganisation for the Prohibition of Chemical Weapons
Five permanent members of the United Nations
Security Council
Proliferation Security Initiative
Partial Test-Ban Treaty (Treaty Banning Nuclear Weapon
Tests in the Atmosphere, in Outer Space and Under Water)
Severe acute respiratory syndrome
Strategic Arms Limitation Treaty (Soviet-US)
Stockholm International Peace Research InstituteSubmarine-launched ballistic missile
Strategic Offensive Reductions Treaty
Special Session on Disarmament(of the UN General Assembly)
Strategic Arms Reduction Treaty
Unmanned aerial vehicle
United Nations Disarmament Commission
United Nations Department for Disarmament Affairs
United Nations General Assembly
United Nations Institute for Disarmament Research
United Nations Monitoring, Veriﬁcation andInspection Commission
United Nations Security Council
United Nations Special Commission on Iraq
World Health Organization
Weapon(s) of mass destruction
Weapons of Mass Destruction Commission

9Chairman’s preface

IN SEPTEMBER 2003 , the Swedish Foreign Minister, Anna Lindh, was bru-tally killed. Inspirational, young and full of initiative, she would have hadmuch more to contribute to making the world a better place.
During the ﬁrst months of 2003, Anna phoned me from time to time to
inform herself about the United Nations inspection work in Iraq, for which I
was responsible. She and many of her colleagues were very unhappy about
the drift towards military action against Iraq and felt that the inspectors
should be given more time for their search for weapons of mass destruction.
She also felt, however, that a sceptical attitude to armed action was notenough. It had to be matched by more active policies on the issue of nonproliferation. I fully agreed with her and was pleased to see that in June 2003
she and her colleagues in the European Union declared new joint policies.
These policies, in my view, started from sensible premises: that the bestsolution to the problem of the proliferation of weapons of mass destruction
was that countries should no longer feel that they needed them; and that
violators should be encouraged to walk back and rejoin the international
community. These policies stressed the need for a cooperative approach tocollective security and a rule-based international order. They highlighted therole of international veriﬁcation and ‘effective multilateralism’. They also
supported, as a last resort, however, the position that coercive measures
under Chapter VII of the United Nations Charter could be taken with the
Security Council as the ﬁnal arbiter.
By the end of June 2003, when the occupation of Iraq was a fact and I was
leaving the UN, Anna Lindh contacted me again. She thought that the time
was right not only for the new European policies but also for an idea ﬁrst
advanced by Jayantha Dhanapala, then UN Under-Secretary-General for
Disarmament: the creation of an independent international commission to
examine how the world could tackle the problem of weapons of mass destruction. She asked if I would chair such a commission. I said I would.

11

12

weapons of terror

After Anna Lindh’s death, the Swedish Prime Minister, Göran Persson,
and Anna’s successor as Foreign Minister, Laila Freivalds, gave me a free handto establish the Commission. I have been fortunate to secure the participation of high-calibre members, who have contributed their ideas, knowledge,
judgement – and texts. They have all taken part in practical political, diplomatic or military work related to the maintenance of peace and the reductionof armaments. The Commission has not aimed at utopian goals but has
ardently and jointly sought to exercise judgement and point to constructive
avenues out of difﬁculties, which are still with us. While this preface is mine, thereport and its recommendations reﬂect the joint effort of the Commission.
The Swedish Government has generously ﬁnanced most of the costs of theCommission and – as separately acknowledged – several other governments
and other sources have kindly contributed, especially the Simons Foundationin Vancouver, Canada.
Three previous independent international commissions have presented
valuable reports in the same ﬁeld.
In 1982, a commission headed by Prime Minister Olof Palme of Sweden submitted a report entitled Common Security. It argued that the nuclear arms
race and mutual assured destruction (MAD) could destroy human civilization and that security could only be attained through cooperation and disarmament. It pinned its hopes on the strong antiwar opinion, which feared nuclear
annihilation. Although the Cold War continued, signiﬁcant bilateral arms
control agreements were concluded between the United States and the Soviet
Union, and the Helsinki Conference on Security and Co-operation in Europe
was a harbinger of a new climate.
In 1996, there appeared the Australian Government-sponsored Report of
the Canberra Commission on the Elimination of Nuclear Weapons. Afterthe end of the Cold War, this was a period of bright hope. After the successful
UN -authorized Gulf War in 1991, which stopped Iraq’s aggression against
Kuwait, President George H.W. Bush talked about ‘a new world order’. The
indeﬁnite extension of the Non-Proliferation Treaty was achieved in 1995
after commitments to nuclear disarmament had been reafﬁrmed by the ﬁve
nuclear-weapon states parties to the treaty. The Canberra Commission urgedthat practical steps to eliminate nuclear weapons should be taken immediately.
In August 1998, just months after Pakistan’s and India’s nuclear tests,
the Government of Japan organized the independent Tokyo Forum for
Nuclear Non-Proliferation and Diasarmament. Its ﬁnal report, issued a year
later, presented an ‘Action Plan’ dealing with nuclear disarmament, nonproliferation and terrorism.

chairman’s preface

Soon thereafter, however, the US Senate declined to support ratiﬁcationof the Comprehensive Nuclear-Test-Ban Treaty. With little or no progress on
nuclear disarmament, nuclear proliferation an ongoing reality, and growing
fears of the dangers of terrorism, the post-Cold War window of opportunity
was closing, even despite other more positive trends.
In the ten years that have passed since the Canberra Commission report
was published, global economic interdependence has accelerated. All statesof the world have come to face the same environmental threats and risks ofcontagious diseases. There have been no serious territorial or ideologicalconﬂicts between the major military powers. Yet, amazingly, the climate foragreements on arms control and disarmament has actually deteriorated.
Efforts to consolidate global treaties, like the Nuclear Non-Proliferation
Treaty and the Biological and Toxin Weapons Convention, have stagnated,
ratiﬁcations of the Comprehensive Nuclear-Test-Ban Treaty remain missing,and negotiations have not even opened on the much needed treaty to stop the
production of ﬁssile material for weapons.
There are even some waves of new armaments: the US missile shield may
be triggering countermeasures by China and Russia in the nuclear weaponsarea; and nuclear weapons with new missions may be developed in the US
and elsewhere. While the peaceful uses of space and satellites are developing
at a dizzying pace, facilitating global information and communication, themost advanced military powers are calculating how they can most effectively
pursue war in this environment.
In spite of all this, governments and world public opinion are paying lessattention to the global regimes for arms control and disarmament. One reason
is the intense and justiﬁed focus on the war on terrorism and the handling ofspeciﬁc cases of actual or potential nuclear proliferation. Another reason
may be that global treaties did not help to prevent the terrorist attack on the
United States on 11 September 2001 and constituted insufﬁcient barriers
against the efforts of Iraq, North Korea and Libya to acquire nuclear weapons
and against Iran to conceal a programme for the enrichment of uranium.
While the reaction of most states to the treaty violations was to strengthen
and develop the existing treaties and institutions, the US, the sole superpower,
has looked more to its own military power for remedies. The US National
Security Strategy of 2002 made it clear that the US would feel free to use
armed force without authorization of the United Nations Security Council tocounter not only an actual or imminent attack involving WMD but also a
WMD threat that might be uncertain as to time and place. The declared US
policy – reafﬁrmed on this point by the strategy issued in March 2006 – has,

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weapons of terror

as I see it, parted ways with the UN Charter provisions on self-defence. The
aim of the strategy was said to be ‘to help make the world not just safer but
better’, indicating that the US believed that this policy had beneﬁts for all.
No one underestimates the difﬁculties on the road to disarmament and tooutlawing nuclear weapons in the same manner in which the other weaponsof terror – biological and chemical weapons – have been outlawed.
Some of the current stagnation in global arms control and disarmament
forums is the result of a paralysing requirement of consensus combined withan outdated system of bloc politics. However, a more important reason isthat the nuclear-weapon states no longer seem to take their commitment tonuclear disarmament seriously – even though this was an essential part of the
NPT bargain, both at the treaty’s birth in 1968 and when it was extended
indeﬁnitely in 1995.
The devaluation of international commitments inherent in these positions
risks undermining the credibility and effectiveness of multilateral treaty
commitments.
Against a generally gloomy short-term outlook for arms control and disarmament, some positive features can be discerned in the broader ﬁeld ofsecurity. The number of interstate armed conﬂicts has been declining. Peacekeeping operations have prevented and continue to prevent shooting wars inmany places. Efforts to reform the UN have borne some fruit and more may be
hoped for. The new UN Peacebuilding Commission will assist states emerging from conﬂicts, thereby reducing the risk of their relapse into violence.
The Security Council has recently adopted an important resolution obligating member states to adopt domestic legislation designed to prevent the
proliferation of WMD. The precedent is constructive. But if the Council were
to further use and develop its quasi-legislative potential, it would need toensure that it acts with the broad support of the UN members. In the longer
run this would entail making the Council more representative of the UN
membership.
Lastly, in today’s rapidly integrating world community, global treaties andglobal institutions, like the UN, the IAEA and the OPCW, remain indispensable.
Even with their shortcomings they can do some important things that states
acting alone cannot achieve. They are therefore essential instruments in thehands of the state community to enhance security, to jointly operate inspection systems and to reduce the threat of weapons of mass destruction.
Governments that have shown disenchantment with global treaties and institutions will inevitably return and renew their engagement.

chairman’s preface

When there is a greater general readiness to return to a cooperative multilateral system in the sphere of arms control and disarmament, the Commission’s report, I hope, will contribute to the practical agenda. Some ideas andrecommendations are new, but the Commission also espouses and argues infavour of some well-known existing proposals.
Indeed, at the present time it seems to me that not only successes in thevital work to prevent proliferation and terrorism but also progress in two
additional areas could transform the current gloom into hope. Bringing theComprehensive Nuclear-Test-Ban Treaty into force would signiﬁcantly impede
the development of new nuclear weapons. The weapons that exist today arebad enough. Negotiating a global treaty to stop the production of ﬁssile
material for weapons would close the tap for new such material and help
hinder possible arms races – notably in Asia.
In both these areas the US has the decisive leverage. If it takes the lead theworld is likely to follow. If it does not take the lead, there could be more
nuclear tests and new nuclear arms races.
Hans Blix
WMDC Chairman
May 2006

15

WEAPONS OF TERROR

Freeing the World of Nuclear, Biological and Chemical Arms

Synopsis

WHY ACTION IS NECESSARY
Nuclear, biological and chemical arms are the most inhumane of all weapons. Designed to terrify as well as destroy, they can, in the hands of either
states or non-state actors, cause destruction on a vastly greater scale than
any conventional weapons, and their impact is far more indiscriminate
and long-lasting.
So long as any state has such weapons – especially nuclear arms – others
will want them. So long as any such weapons remain in any state’s
arsenal, there is a high risk that they will one day be used, by design or
accident. Any such use would be catastrophic.
Notwithstanding the end of the Cold War balance of terror, stocks of such
weapons remain extraordinarily and alarmingly high: some 27,000 in thecase of nuclear weapons, of which around 12,000 are still actively
deployed.
Weapons of mass destruction cannot be uninvented. But they can be outlawed, as biological and chemical weapons already have been, and their use
made unthinkable. Compliance, veriﬁcation and enforcement rules can,with the requisite will, be effectively applied. And with that will, even theeventual elimination of nuclear weapons is not beyond the world’s reach.
Over the past decade, there has been a serious, and dangerous, loss of
momentum and direction in disarmament and non-proliferation efforts.
Treaty making and implementation have stalled and, as a new wave ofproliferation has threatened, unilateral enforcement action has been
increasingly advocated.
In 2005 there were two loud wake-up calls in the failure of the NPT Review
Conference and in the inability of the World Summit to agree on a single
line about any WMD issue. It is critical for those calls to be heeded now.

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weapons of terror

WHAT MUST BE DONE
The Weapons of Mass Destruction Commission makes many speciﬁc anddetailed recommendations throughout its report (see Annex 1 for a consolidated list). The most important of them are summarized below.

1 Agree on general principles of action
Disarmament and non-proliferation are best pursued through a
cooperative rule-based international order, applied and enforced
through effective multilateral institutions, with the UN Security
Council as the ultimate global authority.
There is an urgent need to revive meaningful negotiations, through all
available intergovernmental mechanisms, on the three main objectivesof reducing the danger of present arsenals, preventing proliferation,and outlawing all weapons of mass destruction once and for all.
States, individually and collectively, should consistently pursue policies
designed to ensure that no state feels a need to acquire weapons ofmass destruction.
Governments and relevant intergovernmental organizations and nongovernment actors should commence preparations for a World Summit
on disarmament, non-proliferation and terrorist use of weapons ofmass destruction to generate new momentum for concerted international action.

2 Reduce the danger of present arsenals:
no use by states – no access by terrorists
Secure all weapons of mass destruction and all WMD -related material
and equipment from theft or other acquisition by terrorists.
Take nuclear weapons off high-alert status to reduce the risk of launching by error; make deep reductions in strategic nuclear weapons;
place all non-strategic nuclear weapons in centralized storage; andwithdraw all such weapons from foreign soil.
Prohibit the production of ﬁssile material for nuclear weapons, andphase out the production of highly enriched uranium.
Diminish the role of nuclear weapons by making no-ﬁrst-use pledges,
by giving assurances not to use them against non-nuclear-weapon
states, and by not developing nuclear weapons for new tasks.

synopsis

3 Prevent proliferation: no new weapon systems –no new possessors
Prohibit any nuclear-weapon tests by bringing the Comprehensive
Nuclear-Test-Ban Treaty into force.
Revive the fundamental commitments of all NPT parties: the ﬁve
nuclear-weapon states to negotiate towards nuclear disarmament andthe non-nuclear-weapon states to refrain from developing nuclear
weapons.
Recognize that countries that are not party to the NPT also have aduty to participate in the disarmament process.
Continue negotiations with Iran and North Korea to achieve theireffective and veriﬁed rejection of the nuclear-weapon option, while
assuring their security and acknowledging the right of all NPT parties
to peaceful uses of nuclear energy.
Explore international arrangements for an assurance of supply ofenriched uranium fuel, and for the disposal of spent fuel, to reduce
incentives for national facilities and to diminish proliferation risks.

4 Work towards outlawing all weapons of mass
destruction once and for all
Accept the principle that nuclear weapons should be outlawed, as arebiological and chemical weapons, and explore the political, legal,
technical and procedural options for achieving this within a reasonabletime.
Complete the implementation of existing regional nuclear-weaponfree zones and work actively to establish zones free of WMD in otherregions, particularly and most urgently in the Middle East.
Achieve universal compliance with, and effective implementation of,
the Chemical Weapons Convention, and speed up the destruction ofchemical weapon stocks.
Achieve universal compliance with, and effective implementation of, theBiological and Toxin Weapons Convention, and improve cooperation
between industry, scientists and governments to reinforce the ban on
the development and production of biological weapons and to keep
abreast of developments in biotechnology.
Prevent an arms race in space by prohibiting any stationing or use of
weapons in outer space.

19

chapter 1

Reviving
disarmamentchapter 1

Reviving disarmamentNuclear, biological and chemical weapons are rightly called weapons ofmass destruction (WMD). Designed to terrify as well as destroy, they
have the potential to kill thousands and thousands of people in a single
attack, and their effects may persist in the environment and in our bodies, insome cases indeﬁnitely.
Many efforts have been made to free the world from the threat of theseweapons and some progress has been made. Paradoxically, despite the end of
the Cold War, the past decade has seen more setbacks than successes. States
have failed to comply with their disarmament and non-proliferation commitments, and terrorist groups have emerged that recognize no restraints.
In September 2005, the United Nations World Summit was unable toagree on a single recommendation on disarmament and non-proliferation.
It is time for all to wake up to the awesome reality that many of the oldthreats continue to hang over the world and that many new ones haveemerged.
It is time for all governments to revive their cooperation and to breathe
new life into the disarmament work of the United Nations. Efforts to eradicate poverty and to protect the global environment must be matched by a dismantling of the world’s most destructive capabilities. The gearshift now
needs to be moved from reverse to drive.
Biological and chemical weapons have been comprehensively outlawed
through global conventions, but these need to be universally accepted andfully implemented. Nuclear weapons must also be outlawed. Before this aim
is realized, there must be new initiatives to reduce the number of nuclear
weapons and the threat posed by them. It is equally urgent to prevent proliferation and to take special measures to ensure that terrorists do not acquire
any weapons of mass destruction.
This report presents ideas and recommendations on what the worldcommunity – including national governments and civil society – can andshould do.
22

reviving disarmament

WHY WEAPONS OF MASS DESTRUCTION MATTER
Why not discuss small arms, which currently are causing the greatest numberof victims? Or napalm, phosphorus or cluster bombs, which may cause
excessive suffering or have indiscriminate effects?
It is not a question of either/or. The Commission focuses on weapons ofmass destruction, which is a big enough challenge. Other institutions address
the problems of other weapons and methods of warfare.
There are signiﬁcant differences in the use, effects, legal status and strategic
importance of nuclear, biological and chemical weapons. Nuclear weapons
continue to pose the most dramatic threats. Some experts regard the differences as so signiﬁcant that they will not lump the three types of weapons
together under the single term of WMD. Nevertheless, as weapons of terror
all three categories fall under the same stigma, which makes it logical to deal
with them as a group.
There are a number of major reasons why the present general standstill inglobal talks is unacceptable and why governments must refocus on WMD andrevive efforts to achieve disarmament, arms control, non-proliferation andcompliance:
The development of chemical science and industry as well as the rapid
expansion in biotechnology and life sciences create opportunities forimportant peaceful uses, but also for the production of chemical weapons
and horriﬁc uses of viruses and bacteria as weapons.
The terror attacks on the United States on 11 September 2001 demonstrated
to the world in a ﬂash that, if terrorists succeed in acquiring WMD, theymight use them.
The 1968 Non-Proliferation Treaty (NPT), while recognizing the ﬁrst
wave of ﬁve nuclear-weapon states, succeeded in attracting a vast numberof adherents. It did not, however, prevent India, Israel and Pakistan fromforming a second wave of proliferation, and was violated by Iraq, Libya
and North Korea in a third wave. If Iran and North Korea do not reliably
renounce nuclear weapons, pressure could build for a fourth wave ofproliferation of nuclear weapons.
Thirty-six years after the entry into force of the NPT, the ﬁve nuclearweapon states parties to the treaty have failed in their duty to achieve disarmament through negotiation. There is currently a risk for a new phase innuclear arms competition through the further modernization of weapons.
Many non-nuclear-weapon states feel cheated by the nuclear-weapon
states’ retreating from commitments made in 1995 in order to get the treaty
extended to unlimited duration.

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weapons of terror

The IAEA safeguards system, created to verify that no nuclear material
is diverted from peaceful uses, proved inadequate to discover the Iraqi and
Libyan violations of the NPT. Iran failed for many years in its duty to
declare important nuclear programmes.
The know-how to make nuclear, biological and chemical weapons andweapons-usable material – enriched uranium or plutonium, modiﬁed
viruses and precursor chemicals – is available to a widening group ofstates and non-state actors.
Rapid changes in the life sciences inﬂuence the availability of the information and expertise required to make toxins and genetically modiﬁed
viruses and other pathogens.
The existence of an illicit private global market where WMD expertise,technology, material and designs for weapons could be acquired is a
special threat at a time of active worldwide terrorism.
The expansion expected in the use of carbon-dioxide-free nuclear power
will lead to the production, transportation and use of more nuclear fuel,increasing the risk that enriched uranium and plutonium might be diverted
to weapons. Radioactive substances or nuclear waste not under fullcontrol might be acquired by terrorists and be used in dirty bombs –devices that disperse radioactive material to contaminate target areas or
to provoke terror.

DISARMAMENT IN DISARRAY
Many people thought that the end of the Cold War would make global agreements on disarmament easier to conclude and implement. Many also expectedthat public opinion would push for this. The opposite has been the case.
After the promising conclusion of the Chemical Weapons Convention andthe indeﬁnite extension of the NPT in the early and mid-1990s, other vital
global agreements on disarmament and arms control remain unratiﬁed, likethe Comprehensive Nuclear-Test-Ban Treaty (CTBT), or not negotiated, likethe ﬁssile material cut-off treaty (FMCT). Efforts at arms control and disarmament between the United States and Russia have similarly come to a standstill; some measures have been reversed. The US unilaterally terminated theAnti-Ballistic Missile (ABM) Treaty in order to proceed with the construction of a missile shield. The START II Treaty became a casualty, as did theframework for a START III treaty that was agreed in Helsinki in 1997 by
Presidents Clinton and Yeltsin.

reviving disarmament

Some of the current setbacks in treaty-based arms control and disarmament can be traced to a pattern in US policy that is sometimes called ‘selective multilateralism’ – an increased US scepticism regarding the effectivenessof international institutions and instruments, coupled with a drive for freedom of action to maintain an absolute global superiority in weaponry andmeans of their delivery.
The US is clearly less interested in global approaches and treaty making
than it was in the Cold War era. In the case of Iraq, the US chose in 2003 torely on its own national intelligence and to disregard the results of international veriﬁcation, even though the latter turned out to be more accurate.
More importantly, the US has been looking to what is called ‘counter-proliferation’ – a policy envisaging the unilateral use of force – as a chief means todeal with perceived nuclear or other WMD threats. As seen in the war toeliminate WMD in Iraq, and in ofﬁcial statements regarding North Korea
and Iran, the US has claimed a right to take armed action if necessary to
remove what it perceives as growing threats, even without the authorizationof the UN Security Council.
The overwhelming majority of states reject the claims by the US or any
other state to such a wide licence on the use of force. While they recognize theright for states under Article 51 of the UN Charter to take armed action in
self-defence against an imminent threat, they share the view expressed in 2004
by the UN Secretary-General’s High-level Panel on Threats, Challenges andChange that, in cases where the threat is not imminent, there is an obligation –and time – to turn to the Security Council to ask for authorization for the useof armed force. On this matter, the Commission notes the fundamental difference between what may be termed the ‘unilateralist’ approach of the current US Administration and the ‘multilateralist’ approach of most of the restof the world.
The vast majority of states still give their primary support to cooperative
approaches based on treaty making combined with practical action withininternational organizations. They see themselves as stakeholders in jointly
managed systems of treaties and organizations for disarmament, arms control, veriﬁcation and the building of security. Rather than downgradingthese efforts, they wish to remedy their weaknesses and further develop andstrengthen them. They do not accept a de facto perpetuation of a licence for
ﬁve – or more – states to possess nuclear weapons, and they resist measuresthat would expand the inequality that exists between the nuclear haves andhave-nots. Renouncing nuclear weapons for themselves, they wish to see
steps that will lead to the outlawing of nuclear weapons for all.

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weapons of terror

THE AIM AND APPROACH OF THIS REPORT
Cooperative action : This report argues for the aim of outlawing all weaponsof mass destruction. It concentrates on what could and should be short- andmedium-term steps in this direction. The Commission takes the view that,while many unilateral, bilateral and regional steps and measures are needed
and helpful, the abhorrence of the peoples of all nations of weapons of mass
destruction requires an approach that builds on the cooperation and support ofthe entire world community. Regimes that invite and encourage the adherenceof all states must be established and managed on a global scale. Treaties andinternational organizations, notably the United Nations, are indispensable
tools and forums.
Despite current controversies, there are grounds for hope about the longerterm future of arms control and disarmament. In this ﬁrst decade of the newmillennium, the interdependence of states and peoples is accelerating at an
unprecedented pace. Closer relationships in trade, ﬁnance, information andcommunications offer means through which international inﬂuence andpressure can be exercised without any resort to force. Admittedly, there is alsoa dark side to this: as borders become more porous and communications
easier, terrorists, criminals and weapons proliferators have an easier time.
These are problems that the UN Secretary-General described as ‘problems
without passports’.
While only 20 years elapsed between the First and the Second World War,60 years have now passed without direct armed confrontations between thegreat powers. UN peacekeeping operations and peace building are playing a
crucial role both in preventing hostilities and in restoring peace in places of
conﬂict. The number of interstate wars has declined nearly every year overthe past two decades. Most armed conﬂicts are now within states. Althoughoften gravely violated, the fabric of international rules on human rights
amounts to a codiﬁcation of values held in common by all peoples – a nascentglobalization of ethics. Doubtless, while people will always have their ideological and national differences, the vast majority of humanity appears to be
seeking the beneﬁts of an increasingly interdependent world and is not rallying to the idea of an inevitable clash of civilizations.
The Commission is convinced that global and regional institutions will
prove indispensable in managing this growing interdependence. Just as many
problems within states cannot be solved at the local level but require anational approach, many problems at the national level cannot be solved
independently but require an international approach. This is true for thereviving disarmament

prevention not only of diseases, but also of threats to the environment andcertainly for the threats posed by weapons of mass destruction. The measureof restraint and cooperation that such a system will require of individualstates – including the biggest and strongest – is compensated by results thatcannot be achieved by solo actions.
To meet three major challenges : This report focuses on three principal typesof challenge posed by the existence of WMD in the current security environment: existing arsenals, possible new possessor states, and possible nonstate possessors.
The challenge of existing WMD arsenals. The lower political and militarytension between the great powers, since the collapse of the Soviet Union,
largely remains. Although military expenditures have risen in some countries,
notably the United States, they have been reduced in many other states. There
are no major territorial disputes between the great powers, and no one expects
war to occur between them.
Yet, they maintain or are modernizing their strategic capabilities. The US
development of a shield against incoming missiles is viewed with much distrust by China and Russia as possibly affecting the deterrent capacity of their
nuclear forces. The nuclear de-escalation and reductions that have takenplace so far are welcome, but one must be aware that part of this is only aremoval of redundancies.
The challenge that additional states may acquire WMD. Iraq and Libya weremade to retreat on this path. Intense efforts are being made to bring North
Korea to do the same and to dissuade Iran from moving forward. It is thesecases that have led to fears that the NPT may unravel. While the worldcommunity has reason to be alarmed by these cases, it also has reason toassess the risks of proliferation soberly. The world is not milling with states
tempted to acquire WMD as soon as the opportunity is there. Indeed, somestates have voluntarily eliminated the nuclear weapons that they had.
An even larger number of states have rejected any acquisition of nuclear,chemical and biological weapons and are abiding by their commitments.
They may do so for a variety of reasons: an absence of perceived threats,a lack of technical capability and a wish to join the global effort to rid theworld of weapons that they ﬁnd abhorrent. The greatest challenge in theprocess of disarmament is to pursue political developments, globally andregionally, that make all states feel secure without WMD.

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weapons of terror

The challenge that terrorists may get access to WMD. Past experience,suggesting that there is limited interest in these weapons by non-state actors,
is no safe guide for the future. Their use of WMD could occur either withina state or across borders. In either case, terrorists must have their feet on the
ground somewhere. It is important to insist, therefore, on the duty of allstates to prevent their territory from being used as a base for such activities.
Where borders are porous or government authority is weak, outside assistanceshould be offered. There is broad support for many measures, like improved
control over nuclear and other dangerous materials, and strengthened international cooperation between police, intelligence and ﬁnancial institutions.
Also needed are domestic and foreign policies that do not lead groups ofpeople to turn to terrorism out of a sense of despair or humiliation.
The long impasse in the cooperation to strengthen global treaties on arms
control and disarmament, and to develop new instruments, has resulted in
insecurity and vast resources being spent on arms races. What we now need
are fresh thinking and fresh assessments of what could and should be done torevive the process. This report seeks to supply some such ideas and present
recommendations. In the process of shaping them, the Commission has been
guided by several essential considerations:
Balance, impartiality and universality. The Commission views all WMD as

inherently dangerous, in anybody’s hands, especially but not only in thepossession of governments acting recklessly or of terrorist groups. The
Commission’s aim has been to undertake a factual and impartial analysis
and, on that basis, to place responsibility for pursuing solutions on all
relevant actors.
The reduction and elimination of WMD must be pursued through measuresat all stages of the life cycle of WMD – from their creation and deployment

to their disposal and destruction.
There must be no compromise on the goal of outlawing nuclear weapons.

This goal was accepted as a legally binding commitment as early as 1970,
when the NPT entered into force. There can be no going back from it, andall steps in the disarmament process must be taken with this goal in view.
Many proposals that have not yet been acted upon remain highly relevant.

This report does not hesitate to endorse such proposals, when it ﬁnds themconstructive. It took some 20 years to complete the Chemical Weapons
Convention and four decades to reach agreement to end nuclear testing.

reviving disarmament

Everyone must contribute. WMD constitute challenges not just for govern-ments and international organizations. Research communities, nongovernmental organizations, civil society, businesses, the media and thegeneral public share ownership of the WMD challenges. They must all beallowed and encouraged to contribute to solutions. The report looks tothem to discuss, to review and ultimately to promote its recommendations.

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chapter 2

Weaponsof terror:
threats andresponses

chapter 2

Weapons of terror:
threats and responsesFor more than 100 years, humanity has sought to outlaw weapons andmethods of war with indiscriminate or particularly cruel effects – weapons of mass destruction and terror. The ﬁrst Hague Peace Conference, held in
1899, adopted several rules for this purpose. After the extensive use of gas
during the First World War, states bound themselves in the 1925 Geneva Protocol to prohibit the use of both chemical and biological weapons. In the closingdays of the Second World War, Hiroshima and Nagasaki were incinerated with
nuclear weapons. Since then, efforts have been under way worldwide to control
their numbers, prevent their spread, prohibit their use and eliminate them.
BOX 1

THE LETHAL EFFECTS OF WEAPONS OF
MASS DESTRUCTION (WMD)
Nuclear weapons kill by the effects of heat, blast, radiation and radioactive fallout. The attacks on Hiroshima and Nagasaki killed an estimated200,000 people, virtually all civilians. The nuclear weapons in one strategic
submarine have a combined explosive force several times greater than all
the conventional bombs dropped in World War II.
Biological and toxin weapons kill by using pathogens to attack cells andorgans in human bodies, although they can also be used to target crops
and livestock on a massive scale. Some are contagious and can spread
rapidly in a population, while others, including anthrax and ricin, infect andkill only those who are directly exposed. Toxins are poisons produced bybiological organisms. Some (e.g. botulinum toxin) are lethal even in microscopic amounts.
Chemical weapons kill by attacking the nervous system and lungs, or byinterfering with a body’s ability to absorb oxygen. Some are designed toincapacitate by producing severe burns and blisters. Symptoms can appear
immediately or be delayed for up to 12 hours after an attack. Persistentagents can remain in a target environment for as long as a week.

32

threats and responses

The Charter of the United Nations, adopted six weeks before the bombingof the two Japanese cities, does not contain any article speciﬁcally dealing withweapons of mass destruction. However, Article 11 authorizes the General
Assembly to consider ‘the principles governing disarmament and the regulation of armaments’ and empowers it to make recommendations with regard
to such principles to the Member States or the Security Council, or both.
Article 26 gives the Security Council the responsibility ‘for formulating …
plans to be submitted to the Members of the United Nations for the establishment of a system for the regulation of armaments’.
While the Security Council has not so far embarked on armaments regulation, it has on many occasions, as described in this report, dealt with matters relating to weapons of mass destruction. Over the years the General
Assembly has been deeply engaged in ‘disarmament and the regulation ofarmaments’, including questions relating to weapons of mass destruction.
On 24 January 1946, the very ﬁrst resolution adopted by the General
Assembly called for ‘the elimination from national armaments of atomic
weapons and of all other major weapons adaptable to mass destruction’.
While the world has still not achieved this goal, it has made signiﬁcantprogress, notably through the adoption of three major multilateral treaties(see Box 2), which are discussed in greater detail in the following chapters.
Together, these three treaties provide the basic building blocks of the global
effort to address threats posed by WMD. They are not, however, the only
instruments and means available. In fact, there is great variety both in thetypes of WMD threats facing the world and in the individual and collective
responses chosen by states to address them.

THE NATURE OF THREATS FROM WEAPONS OF
MASS DESTRUCTION
To counteract threats of WMD it is important to assess them accurately andto understand what motivates states or non-state actors to acquire them.
Without the right diagnosis, it is unlikely that the right therapy will be found.
The erroneous assessment that Iraq possessed WMD was the principal justiﬁcation given for sending hundreds of thousands of soldiers to invade Iraq in2003 – only to ﬁnd no WMD.
Assessing the threats may be difﬁcult. The secrecy often maintained about
WMD programmes is one evident reason. Another reason is that threats are
sometimes exaggerated – or ignored – as a part of the military-political play

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weapons of terror

BOX 2

THREE KEY GLOBAL WMD TREATIESTreaty on the Non-Proliferation of Nuclear Weapons (NPT)The NPT seeks to prevent the further spread of nuclear weapons, to promote
cooperation in the peaceful uses of nuclear energy, and to pursue nuclear
disarmament. It entered into force in 1970. In 1995, the duration of the NPT
was extended indeﬁnitely. 189 parties have joined the NPT, including theﬁve nuclear-weapon states China, France, Russia, the UK and the US. India,
Israel and Pakistan have not joined. and North Korea has announced its withdrawal from the treaty. More countries have acceded to the NPT than to any
other arms limitation or disarmament agreement. The NPT represents the
only binding commitment in a multilateral treaty to the goal of disarmamentby the nuclear-weapon states.
Convention on the Prohibition of the Development, Production andStockpiling of Bacteriological (Biological) and Toxin Weapons and on
their Destruction (BTWC)
The BTWC is the ﬁrst multilateral disarmament treaty banning the acquisition
and retention of an entire category of weapons of mass destruction. It builds
on the ban on the use of such weapons contained in the 1925 Geneva
Protocol. The BTWC entered into force in 1975. No agreement has beenreached on a veriﬁcation regime to monitor compliance with the Convention.
The BTWC has 155 states parties.
Convention on the Prohibition of the Development, Production, Stockpiling and Use of Chemical Weapons and on Their Destruction (CWC)
The CWC bans the development, production, stockpiling, transfer and useof chemical weapons. It entered into force in 1997. The CWC has 178 states
parties. CWC parties are required to declare any chemical weapons-related
activities, to secure and destroy any stockpiles of chemical weapons within
stipulated deadlines, as well as to inactivate and eliminate any chemicalweapons production capacity within their jurisdiction. Six states parties havedeclared chemical weapons. The CWC is the ﬁrst disarmament agreement torequire the elimination of an entire category of weapons of mass destruction
under universally applied international control. Its operative functions arecarried out by the OPCW (Organisation for the Prohibition of Chemical
Weapons).

threats and responses

between states or in the politicking within states. A third reason is that athreat consists not only of a capability but also of an intent – that may changeover time. A special difﬁculty arises in assessing low-probability but
high-consequence threats, such as the danger of terrorists acquiring nuclear
weapons.
It is often assumed that perceived security interests are the prime motivation
for states to seek or to retain WMD. It is true that WMD programmes in one
state, if perceived as a threat to some other state or states, have a tendency toprompt other WMD programmes – as seen in the countries that followed theUnited States into the nuclear club after 1945, in the reciprocal nuclear tests
in South Asia in 1998, and in persisting WMD -related developments in the
Middle East.
Some states might view WMD, especially nuclear weapons, as a way ofbalancing an overwhelming conventional superiority of an adversary. NATOlong used this balance-of-terror rationale to counter the Soviet Union’s
perceived superiority in conventional forces. The same logic is now followed by
Russia, which maintains that its tactical nuclear weapons are needed to balancea perceived superiority of NATO’s conventional forces. States might also view
WMD as a hedge against some perceived future or emerging security threat.
Yet security is not the only motivation for states to seek WMD. A state
could also seek such weapons in the belief that this would enhance its prestige or standing. It could also pursue WMD in response to domestic politicalpressures or advocacy from within government bureaucracies or specialized
weapons labs.
While the list of possible motivations is long, fortunately the list of countries that have acquired such weapons has remained shorter than was once
feared. Undoubtedly, one reason is that, while the technical capability todevelop and deliver WMD is spreading, nuclear weapons in particular are
still beyond the reach of many states. Another explanation is that most states
have concluded that WMD are both abhorrent and unnecessary to meet theirown security interests.
Nevertheless, the very existence of WMD, regardless of whose hands they
are in, poses some risks and remains a potential deadly threat. Intentions, as
governments, change over time.
For each of the three types of WMD the Commission addresses three maincategories of threat:from existing weapons;from their spread to additional states (proliferation);from their possible acquisition or use by terrorists.

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weapons of terror

Nuclear-weapon threats
Existing weapons
Despite Post-Cold War reductions, some 12,000 nuclear weapons remain in
active service (‘deployed’). Over 90 percent of those weapons are in the arsenals of the United States and Russia (see Figure 1).
The total of both deployed and non-deployed weapons is estimated to
be in the vicinity of 27,000.1 The lack of precision in the number of theseweapons (and ﬁssile material stocks) reﬂects the fragmentary nature of the
published information about existing nuclear arsenals. This limited transparency has many implications, including the difﬁculties it creates for measuring
progress in achieving disarmament goals and ensuring accountability.
FIGURE 1

DEPLOYED NUCLEAR WEAPONS
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Source: SIPRI Yearbook 2006. Deployed weapons are in active service. Non-deployed weapons
may be in storage, maintenance or otherwise inactive, but not dismantled.

Five states parties to the NPT have nuclear weapons: China, France, Russia,
the United Kingdom and the United States. Two non-NPT states, India andPakistan, have conducted nuclear test explosions and have declared that they
possess such weapons. Israel, also a non-NPT party, is generally believed topossess nuclear weapons – by some estimates in the hundreds – although it

1. SIPRI Yearbook 2006, Appendix 13a, p. 639–668. The SIPRI ﬁgures for India, Israel andPakistan are based on published estimates of the amount of weapon-grade plutonium or
highly enriched uranium that these states have allocated to military programmes. Their
nuclear arsenals are widely believed to be only partly deployed.

threats and responses

has not ofﬁcially acknowledged possessing such weapons. North Korea hasstated that it possesses nuclear weapons, although estimates vary over the
potential size of its arsenal and delivery capabilities.
BOX 3

INDIA-PAKISTAN
India detonated what it called a ‘peaceful nuclear device’ in 1974. In May 1998,
India announced ﬁve more nuclear tests and declared that it possessed
nuclear weapons. The same month, Pakistan announced six nuclear tests.
Neither country has provided many details about the precise yields ordesigns of such weapons, nor the amount of ﬁssile material each country
possesses. Most unofﬁcial estimates claim an arsenal of about 50 weapons
for each country. Both state that their weapons are intended for deterrence.
India has declared a no-ﬁrst-use policy, but not Pakistan. Both India andPakistan support the goal of concluding a multilateral ﬁssile material cut-off
treaty, although only Pakistan wants it to cover past production. Both countries are maintaining a moratorium on nuclear testing, but neither has yet
signed the CTBT. The Pakistani nuclear scientist A. Q. Khan has been at thecentre of illicit international supplier networks involving both imports andexports of nuclear technology and equipment.

The threats posed by existing nuclear weapons relate in the ﬁrst place tothe risks of deliberate use. High representatives of nuclear-armed states haverecently alluded in precisely calculated ambiguity to a readiness actually touse nuclear weapons. Additional dangers could arise as a result of accidents,
miscalculations, faulty intelligence, theft or unauthorized use. Further threats
may arise from the illicit transfer or theft of sensitive design information. As
far as the Commission is aware, nuclear weapons have never been stolen ortransferred from arsenals of states.
Proliferation
On 31 January 1992, following its ﬁrst summit meeting, the UN Security
Council issued a Presidential Statement declaring that ‘the proliferation of
all weapons of mass destruction constitutes a threat to international peaceand security’. The global proliferation of nuclear weapons actually posesa wide spectrum of threats to regional and global security. These threats
multiply as more countries acquire such weapons.
The most fundamental danger is that proliferation will increase the risk ofuse. As stated in the preamble of the NPT, ‘the proliferation of nuclear weapons

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weapons of terror

BOX 4

THE KOREAN PENINSULA
North Korea has declared that it possesses nuclear weapons, but it has notprovided evidence of this claim. It has violated the NPT and twice declaredits withdrawal from the treaty. It operates a nuclear fuel cycle consisting of a
5-megawatt research reactor, which uses natural uranium; a reprocessing
facility, which produces plutonium; and various uranium processing and fuelfabrication facilities. The United States has claimed that the country also has
an enrichment capability. In August 2005, Pakistan’s President Musharaff
stated that the A. Q. Khan network had provided centrifuge machines anddesigns to North Korea, although the scale of its enrichment capability
remains unknown. North Korea has not signed the Comprehensive NuclearTest-Ban Treaty.

would seriously enhance the danger of nuclear war’, a theme echoed in manyother multilateral accords. The appearance of a new nuclear-weapon programme could have a domino effect, producing fear, alarm and possibly
countermeasures involving WMD in neighbouring states.
Even suspicions of such a programme can trigger severe actions, as illustrated by the invasion of Iraq and by the pressures exerted on Iran to refrainfrom enrichment-related activities.
Weapon designs and related technology can also spread from one country
to another, either directly from state to state or through clandestine supplier
networks. The most notorious case involved the activities of the Pakistaniscientist A.Q. Khan, who was at the centre of two illicit supplier networks –one bringing sensitive technology into Pakistan and another transferring itfrom Pakistan to Iran, Libya, North Korea and possibly elsewhere. These
activities could hardly have taken place without the awareness of the
Pakistani government.
The threats and risks described above relate to the geographical – or‘horizontal’ – proliferation of WMD. Other risks arise from vertical proliferation, which refers to the expansion or reﬁnement of existing nuclear-weapon
capabilities. An endless competition to produce improved weapons fosters
new suspicions over military intentions and capabilities. In such a climate,what one state might claim is a prudent safety improvement, another statemight view in a more sinister light. Great controversies have arisen in recent
years over demands in the United States to develop mini-nukes and bunker
busters – initiatives that would be likely to lower the threshold for using
nuclear weapons.

threats and responses

BOX 5

WMD THREATS IN THE MIDDLE EAST
Nuclear weapons. Most unofﬁcial estimates claim that Israel possesses a
nuclear arsenal numbering in the hundreds, possibly larger than the British
stockpile. Israel is widely believed to possess both ﬁssion and fusion bombs.
It has an unsafeguarded plutonium production reactor and reprocessing
capability and possibly some uranium enrichment capability, along withvarious other uranium-processing facilities. It is the only state in the region thatis not a party to the NPT. No other state in the region is reported to possess
nuclear weapons, although the United States and some other states haveclaimed that Iran, though still only in the early stages of fuel-cycle capability,
has a programme to develop such weapons. Iran acquired uranium enrichment technology from Pakistan’s A. Q. Khan supplier network and has auranium enrichment plant under construction, with associated facilities, anda 40-MW heavy water reactor. Iraq had for many years a large programme toacquire nuclear weapons; Israel attacked Iraq’s Osirak reactor in 1981 anda UN coalition attacked numerous nuclear facilities in 1991; the rest of thenuclear-weapon capability was later destroyed under IAEA supervision.
Iraq has not signed the CTBT. Syria and Saudi Arabia have also not signed
the CTBT; neither state has an indigenous infrastructure to support a nuclearweapons programme. Egypt, Iran and Israel have signed but not ratiﬁed the
CTBT.
Biological and chemical weapons. Allegations have been made about bothparties and non-parties to the BTWC or the CWC engaging in activities
banned by these conventions. Israel has not signed the BTWC. It hassigned but not ratiﬁed the CWC. Iran and Saudi Arabia are parties to the
CWC. Egypt, Iraq, and Syria have not signed the CWC. Iraq’s chemical
weapons capabilities have been destroyed. Egypt and Syria have signed but
not ratiﬁed the BTWC. Iran, Iraq and Saudi Arabia are parties to the BTWC.
Iraq’s known biological weapons programme was destroyed.
Delivery systems. Israel has a signiﬁcant missile programme – bothoffensive and defensive, in size as well as in capability. It also has long-range
military aircraft with potential WMD delivery capabilities, as do several othercountries in the Middle East. Iran is developing a series of missiles withranges over 1,000 kilometres, while Egypt and Syria have shorter-range
missiles. Saudi Arabia acquired several intermediate-range missiles (theCSS-2), reportedly about 50, from China in the late 1980s.

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weapons of terror

Terrorism
For terrorists wishing to develop or acquire nuclear weapons, the greatest
difﬁculty is to obtain weapons-usable ﬁssile material. While there are reportsthat Pakistani nuclear scientists met with members of al-Qaeda, as far as is
known terrorists have not acquired nuclear materials from existing nuclearweapon arsenals.
It is unlikely that terrorist groups today could develop and manage thesubstantial infrastructure that would be required to produce enriched uranium
or plutonium for weapons. However, nuclear weapons and weapon materials
could be stolen by terrorists either from storage or during transportation.
Since 1995 the IAEA has maintained an Illicit Trafﬁcking Database, containing(as of December 2004) 662 conﬁrmed incidents of theft, 18 of which involved
highly enriched uranium or plutonium, including a few cases involving kilogram quantities.
Much of the US Cooperative Threat Reduction programme is intended tostrengthen the physical security of Russia’s nuclear weapon-related facilities
and weapons-usable nuclear materials, and to reduce the risk that weapon
scientists will provide their specialized know-how to terrorists.
Terrorists could also attack nuclear facilities or nuclear materials in transit.
This is a serious problem and calls for high standards of physical protection,
as discussed in the next chapter.
Terrorist objectives could also be pursued through the use of a so-called
dirty bomb, a device designed to disperse radioactive materials. A terroristgroup could obtain such materials from nuclear waste or radioactive substances used in hospitals and various industries. Although such weapons are
not customarily viewed as WMD because they are not likely to produce verylarge numbers of fatalities, they are much easier to make than ﬁssion weaponsand can cause terror and mass disruption, especially if detonated at the heartof major cities.

Biological-weapon threats
Existing weapons
No state acknowledges that it possesses biological weapons or that it has
programmes to develop such weapons. Joining a ‘biological-weapon club’
would not enhance the status of any state. This provides quiet testimony tothe enduring strength of both the international stigma attached to them andthe fact that they are outlawed by treaty.

threats and responses

A special problem arises from the right afﬁrmed in the BTWC of states toretain biological agents and toxins for prophylactic, protective or otherpeaceful purposes. In the absence of any veriﬁcation system this provision,
which some have called a loophole in the treaty, makes it difﬁcult for theinternational community to determine conclusively if a country’s declareddefensive programmes do not have an offensive military purpose.
Russia and the United States – the countries that once possessed the largest
biowarfare programmes – are often cited as retaining various weapon-related
capabilities, along with a few other states in the Middle East and East Asia.
However, the potential global threat posed by biological weapons is not
limited to those states that once had programmes to develop such weapons.
Another problem is that facilities to undertake research on or to produce
biological agents are more difﬁcult to detect and easier to hide than facilities to
produce ﬁssile material for nuclear weapons. The difﬁculties of detection
enhance the risk of a surprise appearance of a new biological-weapon
capability.
Concerns about possible future weapons are even greater than the concerns about today’s biological weapons. Studies warn that new biowarfare
agents could be developed through genetic engineering and that ways could
be explored to weaponize biochemical compounds called bioregulators,
which control basic human functions, from thought to action.
Proliferation
The BTWC requires its parties ‘not in any way to assist, encourage, or induce
any State, group of States or international organization’ (Article III) to
manufacture biological agents for use as weapons. Regrettably, export controls are not enough to prevent the proliferation of biological weapons. The
large biological weapon programme discovered in Iraq, a party to the BTWC ,after the 1991 war relied to a large extent on imported agents and growthmaterial. In addition, not only do dangerous biological agents travel internationally unaided by man, they exist in nature inside countries all over theworld.
As the scientiﬁc, engineering and industrial uses of biological organisms
grow throughout the world, states will increasingly be able to produce large
volumes of lethal biological agents, engineer new pathogens, and develop
effective delivery systems, should they so decide. A related concern is that astate might decide to share its biological-weapon capabilities with a terroristgroup.

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weapons of terror

Terrorism
Experts are divided on the magnitude of the bioterrorist threat. At one
extreme, some believe that it may already be, or may soon become, comparable to the threat posed by nuclear weapons. Others are deeply scepticalof the probability of the large-scale use of such weapons by terrorists, given
the many technical difﬁculties of managing such weapons and delivering
them effectively.
Non-state actors in the United States used biological agents in 1984, 2001,
2003 and 2004 in local incidents, including some that produced a few
fatalities. Other states have had to cope with bioterrorist threats. While noneof these incidents resulted in many casualties, the risk will remain in the years
ahead that biological or toxin weapons could be used by terrorists.
Expressions of interest by non-state actors in acquiring biological weapons
do not prove the existence of a weapon programme, nor do they constituteevidence of a credible capability to deploy such weapons on a large scale.
Despite considerable technical and ﬁnancial resources (reportedly a value ofover $1 billion) the Japanese Aum Shinrikyo cult failed in its attempts to use
biological weapons on at least ten occasions.
However, past failures by terrorists offer a fragile basis for conﬁdent
predictions that bioterrorist events will not occur in the future. The bioterrorist threat merits revitalized national and international efforts to prevent
such attacks and to substantially improve measures to protect the publicagainst these deadly and indiscriminate weapons.

Chemical-weapon threats
Existing weapons
Historically, the states that produced the most chemical weapons by far werethe Soviet Union and the United States (over 40,000 and 30,000 metrictonnes respectively as of 1990). Four other states have declared stocks ofchemical weapons. Many experts and government ofﬁcials have claimed
that a number of states, including some that are parties to the CWC , haveclandestine chemical-weapon programmes.
As the slow process of veriﬁed destruction of chemical weapons continues
under the CWC , the threats from remaining stockpiles are gradually receding.
Nevertheless, the OPCW reports that, as of 28 February 2006, only 13,049
metric tonnes of chemical agents have been destroyed, of the 71,373 metrictonnes of declared stocks. The individual munitions and containers that havebeen destroyed represent just over a quarter of the declared items.

threats and responses

Proliferation
While many countries have the capability to make chemical weapons, few
countries have the motivation to do so. Such weapons remain repugnant to theoverwhelming majority of states and have demonstrated their dubious utility
as weapons of war. Nevertheless, the dual-use nature of the commodities andtechnology that go into the manufacture of chemical weapons remains apersisting concern and a source of uncertainty in any estimates of either arsenal
size or latent capabilities to manufacture such weapons.
Terrorism
Toxic chemical agents might be acquired by terrorists through attacks on
industries, stocks or shipments. Terrorist groups might also produce suchagents themselves. The most notorious case of terrorism involving chemical
weapons occurred in 1995, when Aum Shinrikyo used sarin nerve gas in an
attack in a Tokyo subway, killing 12 people and sending thousands to hospital.
However, as is the case with biological terrorism, delivering toxic materials
effectively enough to kill large numbers of people is more difﬁcult thansimply acquiring or making the weapon agents.
Rather than seeking to attack large numbers of civilians directly, terroristgroups could choose to attack targets that would release dangerous chemical
agents. Civilian industries that use or produce highly toxic materials are
sitting targets.

TRADITIONAL RESPONSES TO THREATS OF WEAPONSOF MASS DESTRUCTION
In the light of the variety of motivations and capabilities for acquiring andusing WMD, the international community has developed – and is still developing – a range of methods and instruments of response.
While the Commission endorses a wide-ranging response, it views some
options advocated as counter-productive and unacceptable – such as thethreat of nuclear retaliation against any state or group that might one day use
chemical weapons, a stance endorsed by the United States, Russia and, mostrecently, France. Similarly, the Commission does not endorse the launching ofarmed interventions that violate the restrictions laid down in the UN Charter.
Instead, the Commission strongly supports the position – often overlooked in discussions on arms control and disarmament – that the ﬁrst barrier
to WMD is a political one. It is the development and maintenance of regional

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weapons of terror

and global peaceful relations. Promoting peace is the prime means of avoiding
both the acquisition and the retention of WMD (as well as other weapons).
Needless to say, progress in arms control and disarmament will often help topromote peaceful relations. Action against terrorism is similarly in vital need ofa political, social dimension in addition to intelligence, policing and military
action, which is indispensable as a preventive tool.
States have traditionally sought to reduce or respond to WMD threats by
pursuing a wide variety of initiatives, from national to global.

Unilateral responses
Individual countries can initiate measures to reduce WMD threats without
requiring any speciﬁc quid pro quo. Several examples illustrate how suchinitiatives have served also to advance international objectives:
South Africa’s decision in 1993 to abandon its nuclear-weapon programme
was historic. It demonstrated that a country could indeed walk away froma nuclear-weapon arsenal; that a country could decide on reﬂection thatsuch weapons were not in its own best security interests; and that it waspossible to abandon such a programme, with international veriﬁcation tocheck that it truly had.
Belarus, Kazakhstan and Ukraine also relinquished their physical possession of former Soviet nuclear weapons after the break-up of the USSR .
Argentina, Brazil, South Korea, Sweden and several other countries unilaterally chose to abandon various nuclear industrial and research pursuitsthat might have led to nuclear weapons, and they committed themselves
to a nuclear-weapon-free status.
France, Russia, the UK and the US have each unilaterally limited its nuclear
arsenal in various ways. As a result of the Presidential Nuclear Initiativesof 1991 and 1992, the United States and Russia unilaterally limited theirholdings and deployments of non-strategic nuclear weapons.
A unilateral presidential decision by the United States to abandon biological weapons substantially facilitated the conclusion of the BTWC .
Although often welcome, unilateral initiatives have limitations. Some of them
have not been veriﬁed, are not subject to any transparency or reporting requirements, are readily reversible, or are not legally binding. Retiring obsolete
weapons while developing replacements cannot be seen as a fulﬁlment of acommitment to disarm.

threats and responses

Bilateral responses
While states enter into bilateral agreements that serve their interests, otherstates may also beneﬁt, as may the entire international community. Compliancewith bilateral accords is often ensured by the ability of each party directly torespond to any breaches. The parties know that if one withdraws the quid,
the quo may also disappear. Treaties that are open to universal adherence
operate somewhat differently. In these, breaches by one party may lead to thereactions of the entire international community, not just of an individual state.
Especially during the Cold War, the United States and the Soviet Union
found it in their mutual interest to reach agreements to limit their nuclear
weapons and missile capabilities and otherwise work to reduce the risk ofglobal nuclear war. These agreements, and later Russian-US agreements thatare also in the interest of the international community, include:
the 1963 Hotline Agreement;
the Strategic Arms Limitation Treaties (the 1972 SALT I and 1979 SALT II
treaties), and the Anti-Ballistic Missile (ABM) Treaty, also signed in 1972;
the 1987 Treaty on the Elimination of Intermediate-Range and ShorterRange Missiles (INF Treaty);
the Strategic Arms Reduction Treaties (the 1991 START I and 1993 START II
treaties);
the framework agreement announced at the Clinton-Yeltsin summit inHelsinki in March 1997, which set forth terms for a START III treaty andclariﬁed key constraints in the ABM Treaty;
the 2002 Strategic Offensive Reductions Treaty (Moscow Treaty).
Just as such bilateral agreements may serve broader international security
interests, their breakdown can produce the opposite result. The United States
unilaterally withdrew from the ABM Treaty in 2002. Three years later, a senior
US ofﬁcial testiﬁed in Congress that one of the reasons why China was ‘modernizing and expanding its ballistic missile forces’ was to ‘overcome ballistic
missile defence systems’. 2 Following this withdrawal, President Putinannounced that Russia was no longer bound by the START II Treaty. Plans
for implementing the 1997 framework agreement for START III have been
killed, and the 1997 joint statement on the ABM Treaty is now irrelevant.

2. Vice Admiral Lowell E. Jacoby, Director of the Defense Intelligence Agency, Statement for
the Record, ‘Current and Projected National Security Threats’, Senate Select Committee onIntelligence, 16 February 2005, p. 11.

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Bilateral agreements and understandings have also been used to reduce
nuclear concerns between Argentina and Brazil (1990) and India and Pakistan(1988). In the former case, Argentina and Brazil agreed to cooperate in thepeaceful uses of nuclear energy and to renounce nuclear weapons, while in thelatter, India and Pakistan agreed not to attack each other’s nuclear facilities.
In February 1999, India and Pakistan also signed a memorandum of understanding on a variety of nuclear conﬁdence-building measures. Both countries,
however, are continuing their efforts to develop and produce nuclear weapons
and their delivery vehicles.

Plurilateral responses
Activities undertaken by more than two parties, but not involving all statesin a region or all members of the international community, might be termed
plurilateral. Such initiatives often relate to speciﬁc controversies or to export
control arrangements.
In 2003 Libya announced that it would abandon all its WMD programmes.
Although the decision was Libya’s, it came after long negotiations, notably
with the UK and the US. It may be said to have constituted a successful example
of a plurilateral effort.
China, Japan, North Korea, Russia, South Korea and the United States
have been engaged in six-party talks aimed at eliminating North Korea’s
nuclear-weapon programme and promoting peace on the Korean peninsula.
This plurilateral action is further discussed in Chapter 3.
In another initiative, France, Germany and the UK – with EU support –have been actively engaged in talks with Iran to address continuing concerns,
especially over activities related to the enrichment of uranium in Iran. While
not participating directly in the initiative, the United States, Russia and China
have been engaged in offering proposals intended to facilitate a solution to
the issues. This question is also further treated in Chapter 3.
The initiative of the Group of Eight major industrialized countries (G8)
known as the Global Partnership against the Spread of Weapons and Materialsof Mass Destruction may also be seen as a plurilateral initiative. It relies on
relatively traditional methods to reduce the risk of proliferation of WMD andpromote disarmament. This initiative was launched in 2002 at a meeting of
the G8 countries (Canada, France, Germany, Italy, Japan, Russia, the United
Kingdom and the United States), and featured a collective commitment toinvest some $20 billion over a decade. Focusing initially on Russia, it has provided technical assistance, equipment and training to address WMD issues.

threats and responses

Other plurilateral actions seek to establish common understandings
among groups of states about the design and operation of export controls toimpede the proliferation of WMD – the Nuclear Suppliers Group, the Australia
Group and the Missile Technology Control Regime. Export controls are discussed in Chapter 7.

Regional responses
Sometimes states in a given region join in initiatives against WMD threats.
The European Union, for example, is pursuing several initiatives tostrengthen its cooperation to reduce the threat of WMD. In 2003, it adopted aStrategy against the Proliferation of Weapons of Mass Destruction. It is basedon the premise inter alia that the best solution to the problem of proliferationof WMD is to convince countries that they do not need them. It urges ‘effective
multilateralism’, including export controls. It envisions, when other measures
have failed, the possible use of coercive measures under Chapter VII of the
UN Charter, with the Security Council playing a central role.
Other signiﬁcant regional measures include treaties establishing nuclearweapon-free zones (NWFZ) in Latin America, the South Paciﬁc, Africa andSoutheast Asia. Together, these initiatives have excluded the stationing of
nuclear weapons on virtually all territories south of the equator. Efforts areunder way to establish a NWFZ in Central Asia.
States which agree that their region should forgo WMD are motivated byan interest in ensuring that all states in their own neighbourhood will notpossess WMD. (This is particularly clear in the Tlatelolco Treaty, which provided that it would not enter into force for individual countries until all countries in Latin America and the Caribbean had ratiﬁed it.)
The establishment of a zone free of all WMD in the Middle East has long
been supported by all the states in the region, although the continuation of
the conﬂict has made this impossible. A WMD -free zone in the Middle East
may eventually help all the states in the region to satisfy their security interests.
One state’s renunciation of WMD can be linked to and made dependent upona deﬁned group of other states (including Israel and Iran) doing the same.
The arrangement’s reliability may be enhanced by the awareness of all thatany breach may lead to the collapse of the whole agreement. For the stability
and reliability of such arrangements, all parties are likely to demand bothinternational and some form of mutual veriﬁcation, and perhaps someguarantees by outside powers.

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In the next chapter, the Commission develops the thought that some steps
towards creating such a zone could be taken even now as a part of the Middle
East peace process.

Global responses
Among the traditional responses to the threats of WMD, the global conventions described in the beginning of this report are the most central and themost important: the NPT, the BTWC and the CWC .
Like many conventions on human rights and the Geneva Conventions,these three instruments are as close as the international community has comeso far to enacting legislation. There are important differences, however:while the international community aspires for universal acceptance andrespect for the rules of conventions, adherence is voluntary, withdrawal is
not excluded and the enforcement of rules is not guaranteed.
Nevertheless, the obligations assumed by each state party to any one of theseconventions are not linked directly to the identical individual obligation
assumed by other parties. The treaties are intended to protect and promoteinterests that the parties have in common and to do so regardless of whether
all states join and apply the rules. A breach of a rule by one party may not leadto counter-measures by other parties. To take an example: the violation of
the CWC by one country does not oblige other states parties to respond.
However, the breach might weaken other countries’ loyalty to and theirpolitical support for the treaty and thus erode its effectiveness. On the other
hand, such a breach might lead to a collective response by other countries
that decide, as stakeholders, to take a stand.
Another example is the NPT. It contains no quid pro quos between theparties. However, it does require all non-nuclear-weapon states parties toforgo nuclear weapons, and all parties, notably the ﬁve nuclear-weapon
states, to both pursue global nuclear disarmament and facilitate the peacefuluses of atomic energy. Non-compliance with any of these obligations might
trigger withdrawals, might lead to collective reactions or might simply
weaken the glue that holds the parties together in the treaty. Compliance by
Iraq, Libya and Iran in today’s uncertain atmosphere is important to all.
So is compliance by the nuclear-weapon states. They need to uphold thecommitments they made at the 1995 NPT Review and Extension Conference
to secure the extension of the treaty – and consequently also the thirteen
steps agreed at the 2000 NPT Review Conference in order to implement the
1995 agreements.

threats and responses

BOX 6

SUMMARY OF THE THIRTEEN PRACTICAL STEPSFOR NUCLEAR DISARMAMENT AGREED IN 2000
1. Early entry into force of the CTBT.
2. A moratorium on nuclear tests pending the CTBT’s entry into force.
3. Conclude negotiations in the CD on a veriﬁable ﬁssile materials treaty
within ﬁve years.
4. Establish a subsidiary body in the CD to deal with nuclear disarmament.
5. Apply the principle of irreversibility nuclear disarmament and arms control.
6. An unequivocal undertaking by the nuclear-weapon states (NWS) toeliminate their nuclear arsenals.
7. Entry into force of START II; conclusion of START III; preserve the ABM
Treaty.
8. Completion and implementation of the Trilateral Initiative.
9. Steps by the nuclear-weapon states leading to nuclear disarmament ina way that promotes international stability, based on the principle ofundiminished security for all:• Unilateral reductions;• Increased transparency;• The further reduction of non-strategic nuclear weapons;• De-alerting;• A diminishing role for nuclear weapons in security policies;• The engagement by all the nuclear-weapon states in disarmament
as soon as appropriate.
10. Arrangements by nuclear-weapon states to place ﬁssile material nolonger required for military purposes under IAEA supervision or otherrelevant international veriﬁcation.
11. Reafﬁrmation that the ultimate objective is general and complete disarmament under effective international control.
12. Regular reports within the NPT’s strengthened review process.
13. Improved veriﬁcation of compliance with nuclear disarmament agreements.

Other relevant global instruments that still remain to be completed or
brought into force include:
The Comprehensive Nuclear-Test-Ban Treaty (CTBT) – which has been
ratiﬁed by 132 states (as of April 2006), but has not yet entered into
force.
A ﬁssile materials cut-off treaty (FMCT) – which has widespread support
but has not yet been negotiated.

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A global treaty assuring non-nuclear-weapon states against threats ofattack with nuclear weapons (negative security assurances).
A global treaty outlawing the weaponization of outer space.

WEAKNESSES IN TRADITIONAL RESPONSES
The traditional cooperative approach to tackling the threats of WMD, inparticular the reliance on global conventions, has been the subject of
criticism, some unjustiﬁed, some fair. Obviously, during the life of a treaty
problems may arise that did not exist at the time when they were drafted.
However, treaties are not necessarily frozen in time. It is the task of review
conferences to identify new problems and seek solutions to them. New
arrangements, amendments or additional agreements may be devised that
address the unforeseen problems while preserving the consensus that was thebasis of the treaty. Yet, several weaknesses of the traditional approaches
persist. They are discussed below.

Lack of universality
Given the strength resulting from universal – or nearly universal – adherence
to binding treaty regimes, the world community has made, and must
continue to make, energetic efforts to promote this goal with respect toseveral arms control and disarmament treaties.
In the case of the NPT, the licence given to the P5 and the non-adherenceof India, Israel and Pakistan constitute real limitations on the central aims ofthe treaty. Non-membership of the BTWC and the CWC , however, may often
be due less to any substantive objection to the goal of eliminating such weapons
than to other issues. Some states have not viewed joining these treaties as amatter of urgency. Others, some of which may possess chemical and/or biological weapons, appear to link their future participation in these treaties toprogress in inducing Israel to join the NPT.
In the case of the CTBT, the legal ban on nuclear test explosions has notmaterialized because of the absence of the US and a number of other ratiﬁcations required for its entry into force.
The problem of unmet requirements for entry into force has also arisen insome regional arrangements. For instance, the Pelindaba Treaty, establishing a nuclear-weapon-free zone in Africa, although signed in 1996 has still
not entered into force because of an insufﬁcient number of ratiﬁcations.

threats and responses

Withdrawal
An important limitation in various arms control and disarmament treaties
is that they allow for the possibility of states to withdraw. The three global
WMD treaties all contain provisions allowing states to withdraw under theparticular circumstance of supreme national interest, subject to a requirement to provide some advance notice. (See Box 7.) After North Korea’s
decision to withdraw from the NPT, this right has been criticized.
The Commission doubts that it would be either possible or desirable to seek
to eliminate the right of withdrawal from the NPT or other WMD treaties.
States view the right of withdrawal as a matter that may affect their security
and bears directly on their sovereignty. Without this right they might nothave joined the treaty, and eliminating it could serve to discourage additional
states from joining.
However, it could reasonably be made more difﬁcult to withdraw. Many
would like to see a way of exerting pressure on states that appear intent onterminating their WMD commitments. Several proposals with various options
have been made by Germany, the European Union and others, including thefollowing:
Establishing a requirement for a special conference of the state parties
upon the announcement of intent to withdraw.
Agreeing at a treaty review conference on an interpretative statement of
the method for implementing a withdrawal.
Obliging any state that implements a withdrawal to forfeit the right to retainor to use any of the technology or goods it acquired as a treaty party.
Regardless of whether such proposals are implemented, any withdrawal
must – as provided in the three multilateral WMD treaties – come to the attention of the Security Council. The Council can then examine whether any
planned withdrawal constitutes a threat to the peace and can consider what
measures it might wish to take in response.

Inadequate veriﬁcation
In Chapter 8 of this report, the Commission makes the case that internationalveriﬁcation is a vital element for creating conﬁdence in compliance with arms
control and disarmament treaties. Veriﬁcation provides vital means for both
deterring and discovering breaches and provides a factual basis for determining what the reaction against such breaches should be. While IAEA safeguards inspections revealed that declarations by North Korea regarding its

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BOX 7

TREATY WITHDRAWAL:NOTIFICATION REQUIREMENTS(Italics added)
Non-Proliferation Treaty
Article X
1. Each Party shall in exercising its national sovereignty have the right towithdraw from the Treaty if it decides that extraordinary events, related tothe subject matter of this Treaty, have jeopardized the supreme interestsof its country. It shall give notice of such withdrawal to all other Parties to
the Treaty and to the United Nations Security Council three months inadvance. Such notice shall include a statement of the extraordinary
events it regards as having jeopardized its supreme interests.
Biological and Toxin Weapons Convention
Article XIII
(1) This Convention shall be of unlimited duration.
(2) Each State Party to this Convention shall in exercising its natural sovereignty have the right to withdraw from the Convention if it decides thatextraordinary events, related to the subject matter of the Convention,
have jeopardized the supreme interests of its country. It shall give noticeof such withdrawal to all other States Parties to the Convention and to
the United Nations Security Council three months in advance. Suchnotice shall include a statement of the extraordinary events it regards ashaving jeopardized its supreme interests.
Chemical Weapons Convention
Article XVIDURATION AND WITHDRAWAL
2. Each State Party shall, in exercising its national sovereignty, have theright to withdraw from this Convention if it decides that extraordinary
events, related to the subject-matter of this Convention, have jeopardized
the supreme interests of its country. It shall give notice of such withdrawal 90 days in advance to all other States Parties, the Executive
Council, the Depositary and the United Nations Security Council. Suchnotice shall include a statement of the extraordinary events it regards ashaving jeopardized its supreme interests.

threats and responses

holdings of plutonium were misleading, they failed to discover the efforts of
Iraq and Libya to develop nuclear weapons. They also did not discover the
failure of Iran to respect all its safeguards obligations.
These experiences led governments to the conclusion that the traditional
kind of nuclear safeguards veriﬁcation, which had been developed and acceptedin the 1960s, did not have the necessary teeth and needed to be strengthened
to serve the present needs of the nuclear non-proliferation regime.
Detection techniques have developed signiﬁcantly in recent years.
Improved safeguards standards were adopted by the IAEA in 1997, known as
the Additional Protocol. As of 13 March 2006, Additional Protocols were inforce in 75 NPT states. Although even the improved safeguards can hardly
give 100% conﬁdence about compliance – it is rarely possible to prove a negative – they mark a leap forward. They must become the accepted minimum
standard for all inspections under the NPT. National surveillance systems
may supplement international veriﬁcation but, as experience has repeatedly
shown, particularly with Iraq, such systems do not offer a panacea.
In the case of bioweapons, there is no veriﬁcation regime for the BTWC .
The conﬁdence-building measures that are in place are only voluntary. For
the CWC , its highly elaborate veriﬁcation regime has been limited by at least
one state’s refusal to allow the most intrusive type of inspections. If one ormore states do not allow these important tools to be used, other states will
also refuse.

Non-compliance
The vast majority of states parties to the key WMD treaties are complying
with their obligations under the treaties, and the regimes contribute in an
important way to stability and conﬁdence. Nevertheless, the many years ofundiscovered non-compliance with the BTWC by the Soviet Union and later
Iraq took a toll on that treaty. The NPT violations by Iraq, Libya and North
Korea resulted in a severe loss of conﬁdence in the effectiveness of the treaty.
While Iran has adamantly denied that it is seeking to acquire nuclear weapons, its breaches of its safeguards obligations have also raised questions
about its long-term intentions.
The erosion of conﬁdence in the effectiveness of the NPT to prevent horizontal proliferation has been matched by a loss of conﬁdence in the treaty asa result of the failure of the nuclear-weapon states to fulﬁl their disarmament
obligations under the treaty and also to honour their additional commitments to disarmament made at the 1995 and 2000 NPT Review Conferences.

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Lack of enforcement
Monitoring and veriﬁcation are instruments to create conﬁdence in states’
compliance by detecting possible violations of their WMD commitments.
Yet, apart from referring speciﬁc cases to the UN Security Council and action
by the Council, there are few institutional measures to enforce any of thesetreaties. (However, the executive boards of both the IAEA and the OPCW may
consider responding by the withdrawal of technical assistance or the suspension of membership.) It is appropriate to note that there is no enforcement of
the nuclear-weapon states’ disarmament commitments under the NPT. Like
the violations of the non-proliferation pledge, their failure simply results in adegree of erosion of support for the treaty.
There are also some signiﬁcant limitations in the ability of the various plurilateral regimes (the Nuclear Suppliers Group, the Australia Group, the Missile
Technology Control Regime and the Hague Code of Conduct) to ensure
export controls relating to non-proliferation worldwide. There is by no means
universal participation in these regimes, but it is growing. When suppliers ofsensitive items do not participate, this substantially hinders enforcement.

NEW RESPONSES TO THREATS FROMWEAPONS OF TERROR
The weaknesses and difﬁculties of traditional cooperative approaches toarms control and disarmament may have contributed to some scepticism of thetreaty regimes – even a shift of approach – on the part of some policy makers.
This is especially true of the United States. To the extent new initiatives
regarding WMD have been proposed, they have tended to focus on issues
pertaining to speciﬁc countries, including Iran, Iraq, Libya and North Korea
or on initiatives against terrorist threats.
Moreover, this change has led to a reduced reliance on global institutions
and instruments and a greater emphasis on new approaches comprising unilateral and plurilateral action, including ad hoc ‘coalitions of the willing’ andthe use of more coercive measures. While some measures have been welcomed as serving the common goals of the WMD treaties, others have beenﬁercely criticized.
The 2003 Proliferation Security Initiative (PSI) represents a new approachthat has met with support but also some scepticism. It was launched by theUnited States, which gathered a coalition of states that have agreed to use
their national resources, including force if necessary, to interdict and seizethreats and responses

international shipments of goods believed to be illegally destined for use in
WMD programmes. Currently, the PSI is targeted at an undisclosed set of‘states or non-state actors of proliferation concern’.
While the number of states participating in the PSI has expanded considerably since 2003, the initiative has also generated criticism over issues relating to its consistency with international law, its lack of transparency andother concerns. The Commission discusses this initiative in its treatment in
Chapter 7 of the controls over the movement of goods.
UN Security Council Resolution 1540 (April 2004) represents another new
approach and signiﬁcant recent development. It establishes a mandatory
requirement for all states to refrain from providing any form of support tonon-state actors in obtaining WMD. It also mandates them to adopt domestic
legislation to implement this obligation. More broadly and importantly, it
requires states to establish national controls to prevent the proliferation of
WMD and their means of delivery.
Given the uneven track record of states in implementing international
obligations to prevent terrorism or WMD proliferation, such a resolution is
welcome. It urges states to ‘renew and fulﬁl their commitment to multilateral
cooperation’. It thus helps to solidify the foundation of traditional cooperation,
while also expanding the scope of many WMD -related obligations to nonparties to the WMD regimes and the several conventions against terrorism.
If the Security Council provides the necessary institutional resources formonitoring the implementation of the resolution and assists states in complying, this would seem to have signiﬁcant potential.
As discussed in Chapter 8, Resolution 1540 illustrates the potential of the
UN Security Council to bring about rules that are mandatory for the entire
world community. The Security Council is the only institution in the worldthat has the legal authority to examine – and if need be harmonize, supplement
and enforce – the many efforts made to counter and reduce the threats posed
by WMD. However, this responsibility, if it is to be accepted by the worldcommunity of nations, must be exercised not by a small group dominated byﬁve great powers but in broad consultation with and for the beneﬁt of thewhole UN membership.

Counter-proliferation
Counter-proliferation as a means of combating WMD is not entirely new.
Israel bombed Iraq’s Osirak reactor in 1981 in order to slow down or prevent
Iraq’s nuclear-weapon programme. Counter-proliferation has been a part of

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US policy for some time. It comprises many different elements, including

some that are welcome, like the US Cooperative Threat Reduction programme.
However, it also comprises the readiness to use armed force to prevent orimpede the proliferation of WMD, in cases deemed to constitute ‘growing
threats’ to the US. While it may be assumed that the US prefers to obtainsupport for such a use of force through the endorsement of the Security
Council, an endorsement is not regarded as essential even in actions that cannot plausibly be described as self-defence and therefore permitted under
Article 51 of the UN Charter.
States with sufﬁcient military power may decide to take unilateral armed
action against states with weapons or programmes of WMD believed to posea threat. It is an entirely different matter for the community of states torecognize such action as legal and legitimate. The case of Iraq demonstrates
that a large number of UN members, including allies of the US , will only
accept as legal unilateral armed action in self-defence against armed attacks
when they are actually under way, or imminent. Where there is no imminence, there is time, they believe, to submit the threat to the Security Council
for it to judge the evidence and authorize – or not to authorize – armed action
or decide on other measures. The Commission shares this view.

THREE CONCLUSIONS FOR COLLECTIVE ACTION
It is clear from the above that a lowering of the WMD threat requires many
parallel and reinforcing approaches in the ﬁelds of arms control, disarmament, non-proliferation and anti-terrorism, at all levels – unilateral, bilateral,
regional, plurilateral and global. Progress has been made over time and further
progress is perfectly possible. Shortcomings in existing rules and regimes canbe easily identiﬁed – in veriﬁcation, compliance and enforcement. They canand must be remedied. Gaps must be ﬁlled and what is broken must be ﬁxed.
This should be done, however, without breaking the consensus that brought
the rules and regimes into being – above all, the basic bargain between nuclear
non-proliferation and disarmament. While leadership and initiative by individual nations, including the great powers, have much to contribute in the efforts
to counter WMD, all states are stakeholders and must be included in theeffort. Just as peace and order in a nation are best maintained if the consent
and participation of its citizens are secured, international progress towards
peace, order and the reduction of arms, including WMD, can best be attained
through the participation and cooperation of all governments and peoples.

threats and responses

The Commission concludes accordingly that:

There is a need to revitalize and strengthen multilateral cooperative
approaches, because of both their legitimacy and their potential effectiveness in addressing WMD threats.
There is a need to re-instil a sense of collective responsibility among
governments for achieving the disarmament, non-proliferation andcounter-terrorism goals which their ofﬁcial policies nominally support.
The Security Council – in close contact with the members of the UN –should be the focal point for the world’s efforts to reduce the threats posedby existing and future WMD, and to help harmonize, supplement andenforce the many efforts that are made.

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chapter 3

Nuclear weapons

chapter 3

Nuclear weaponsSo long as any state has nuclear weapons, others will want them. So longas any such weapons remain, there is a risk that they will one day be
used, by design or accident. And any such use would be catastrophic.
The accumulated threat posed by the estimated 27,000 nuclear weapons,in Russia, the United States and the other NPT nuclear-weapon states, merits
worldwide concern. However, especially in these ﬁve states the view is common that nuclear weapons from the ﬁrst wave of proliferation somehow aretolerable, while such weapons in the hands of additional states are viewed as
dangerous.
In this view, the second wave of proliferation, which added Israel, India
and Pakistan, was unwelcome – the lack of political stability in Pakistanbeing a special source of concern. However, efforts to induce these states toroll back their programmes – as South Africa did – have gradually been
weakened and are now largely abandoned. As none of them was a party to
the NPT, they could not be charged with a violation of the treaty.
The third wave of proliferation, consisting of Iraq, Libya, North Korea
and possibly Iran, is seen as a mortal danger and has met with a much moreforceful reaction.
The Commission rejects the suggestion that nuclear weapons in the handsof some pose no threat, while in the hands of others they place the world in
mortal jeopardy. Governments possessing nuclear weapons can act responsibly or recklessly. Governments may also change over time. Twenty-seventhousand nuclear weapons are not an abstract theory. They exist in today’s
world. The Hiroshima and Nagasaki bombs, each of which had an explosive
yield of less than 20 kilotons of TNT, killed some 200,000 people. The
W-76 – the standard nuclear warhead used on US Trident submarine-launchedballistic missiles – has a yield of up to 100 kilotons. During the Cold War, theSoviet Union manufactured and tested nuclear weapons with yields of over 50
megatons of TNT.
The questions of how to reduce the threat and the number of existing60

nuclear weapons

nuclear weapons must be addressed with no less vigour than the question of
the threat from additional weapons, whether in the hands of existing nuclearweapon states, proliferating states or terrorists.
It is probably true that an agreement by all nuclear-armed states to, say, aﬁssile material cut-off would not in itself prevent the proliferation threat
posed by North Korea or Iran. Nevertheless, dissuading potential proliferators from moving further along the path of nuclear-weapon development,
and maintaining support by the global community for non-proliferation, ismade more difﬁcult when the nuclear-weapon states make little effort toachieve nuclear disarmament. Explanations by the nuclear-haves that theweapons are indispensable to defend their sovereignty are not the best way
to convince other sovereign states to renounce the option. The single mosthopeful step to revitalize non-proliferation and disarmament today would
be ratiﬁcation of the CTBT by all states that have nuclear weapons.
As was seen in 2005, both at the NPT Review Conference and at the United
Nations World Summit, the world community will not agree to choose
between non-proliferation and disarmament. This chapter advances recommendations on both fronts.

BOX 8

SOME PROGRESS IN REDUCING NUCLEAR THREATS
The non-use of nuclear weapons since 1945 shows that there is a signiﬁcant threshold against use.
Nearly all states in the world have adhered to the NPT, including four statesthat have been in possession of nuclear weapons – South Africa and three
former members of the Soviet Union. With a few notable exceptions theparties are abiding by their commitment not to acquire nuclear weapons.
Regional nuclear-weapon-free zones have made virtually the entire
southern hemisphere off-limits for the stationing of nuclear weapons. Other
treaties outlaw basing such weapons on the seabed, in outer space and in
Antarctica.
The Partial Test-Ban Treaty bans nuclear testing everywhere except
underground. While the Comprehensive Nuclear-Test-Ban Treaty has notentered into force, a moratorium against testing is being upheld.
The US and Russia have withdrawn thousands of nuclear weapons fromservice. The UK has signiﬁcantly reduced its arsenal after the end of theCold War, while France no longer deploys nuclear weapons on surface-tosurface missiles or as gravity bombs.

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Over the six decades following the attacks on Hiroshima and Nagasaki,
numerous initiatives have been launched to control and eliminate nuclear
weapons and to prevent proliferation. They have had mixed results. Seen fromone perspective, the efforts have failed. At least eight and possibly nine states
have acquired nuclear weapons. Global stocks of these weapons are still huge,and more states and even terrorists might acquire them. But against this there
have been some positive achievements (see Box 8).
The three major challenges the world confronts – existing weapons, further
proliferation and terrorism – are interlinked politically, and also practically:
the larger the existing stocks, the greater the danger of leakage and misuse.
This chapter begins by addressing the proliferation issue because it has beenat the forefront of international debate and action in recent years. But theCommission takes all three challenges equally seriously. Progress and innovative solutions are needed on all fronts.

PREVENTING THE PROLIFERATION OF NUCLEAR WEAPONSThe Non-Proliferation Treaty
Having entered into force in 1970, the NPT is the cornerstone of the global
non-proliferation regime. The original ‘bargain’ of the treaty is generally
understood to be the elimination of nuclear weapons through the commitment by non-nuclear-weapon states not to acquire nuclear weapons and thecommitment by ﬁve nuclear-weapon states to pursue nuclear disarmament.
In addition, the treaty requires parties to facilitate peaceful uses of nuclear
energy through exchanges of various kinds between themselves. They also
promise to enter into safeguards agreements with the IAEA and to exercise
control over their national nuclear-related exports. Only four countries in
the world (India, Israel, North Korea and Pakistan) are not parties to thetreaty. What accounts for this near universality?
Many states did not perceive a need for nuclear weapons of their own.
Some had assurances of protection through their alliances and other arrangements. Some may well have responded to political and diplomatic pressure
to renounce nuclear weapons, while others may not have had a technicalcapability to develop them. Yet others, even if they could have made a nuclear
weapon, have abhorred such weapons and wanted to join a treaty that could be
an obstacle to the continued possession of the deadliest weapon in history.
Conversely, when states have perceived threats to their security (likenuclear weapons

India, Israel, Pakistan and South Africa) or have felt ostracized and at risk
(like North Korea, Libya and Iran), this may have weighed heavily in theircalculations. In Iraq’s case, by contrast, Saddam Hussein’s efforts to develop
nuclear weapons may have been motivated more by a wish to dominate
and expand Iraq’s inﬂuence in the region than by concerns about national
security.
The two basic ideas at the heart of the NPT continue to have strong international support – that more ﬁngers on more nuclear triggers would result ina more dangerous world, and that non-proliferation by the have-nots anddisarmament by the haves will together lead to a safer world. Nevertheless,the fact that the treaty is facing several problems must be squarely faced.
The ﬁrst problem relates to the failure to make progress towards nuclear
disarmament by the nuclear-weapon states parties.
The second set of problems concerns the breaches of the treaty or of IAEA
safeguards obligations by a small number of parties: Iraq, Libya, North
Korea and Iran. Their actions have undermined the conﬁdence in the NPT. A
domino effect, it has been suggested, may lead more countries to acquire
nuclear weapons. However, while it is necessary to examine the fundamental
questions of veriﬁcation, compliance, reliability and enforcement, one mustnote that the world is not replete with would-be proliferators nor, as yet, with
nuclear-capable terrorists. As long as relations between the great powers arecharacterized by cooperation and regional tensions are not heightened, there
is probably little reason to fear a collapse of the NPT.
A third problem, related to the second and illustrated by the case of
North Korea, is that the treaty’s provision regarding withdrawal fails to
identify such action as the serious event it is. It makes it simply procedural.
As indicated in Chapter 2, any notice of withdrawal must be brought to theattention of all other states parties and the UN Security Council, which will
examine whether the planned withdrawal constitutes a threat to the peaceand consider what measures it might take. If the Security Council fails to
respond to a withdrawal, other parties might later decide to reconsider theirown continued adherence to the treaty.
A fourth problem may be characterized as technical. The lack of any
provision for a standing secretariat to assist the parties in implementing thetreaty has proven inconvenient.
In fact, the NPT is the weakest of the treaties on WMD in terms of provisions about implementation. The IAEA and its Board of Governors are not
the secretariat of the treaty, and the three depositary governments – theRussian, the British and the US – have only been given the formal task of con-

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voking review conferences. The NPT has no provisions for consultations or
special meetings of the parties to consider cases of possible non-complianceor withdrawal, nor to assist in the implementation of the treaty between
the ﬁve-yearly Review Conferences. The governments of Canada, Irelandand many other states have offered constructive proposals to address thisinstitutional deﬁcit, with options that include creating a standing bureau or
executive committee of the parties. Yet the problem persists, and the periodic
meetings of the treaty review process cannot offer an effective substitute forthis needed institutional reform.
The problems described above do not diminish the fundamental support
for the treaty but there is unquestionably a serious malaise among parties, as
shown in their inability to adopt any common conclusions at the 2005 Review
Conference.
The hope and expectation have faded – at least for now – that the basic
bargain of the treaty between nuclear-weapon and non-nuclear-weapon
states should lead to parallel and mutually reinforcing processes of nonproliferation and disarmament. There is a background to this concern.

Evolving treaty commitments
The negotiation of the NPT in the late 1960s was not as easy as might beassumed. Several non-nuclear-weapon states were critical of the imbalance
between the precise obligations of the non-nuclear-weapon states and theimprecise commitments of the nuclear powers. One result was a provision
stating that the treaty would remain in force for only 25 years, requiring a
subsequent decision on an extension.
During the 1970s and 1980s, the failure of the nuclear-weapon states tomake progress on disarmament and to halt nuclear testing led to growing
criticism from the non-nuclear-weapon states. Many states, not only in the
Middle East, voiced their concern that Israel remained outside the treaty
while other states in the region were subject to NPT constraints. The indeﬁnite
extension of the NPT in 1995 was not a forgone conclusion.
While the parties ultimately agreed in 1995, after intensive negotiations,to extend the treaty indeﬁnitely, this decision was adopted only as part of a
package of commitments. This included a decision on principles and objectives for non-proliferation and disarmament, a decision on strengthening thetreaty review process and a resolution on the establishment of a WMD -freezone in the Middle East. The disarmament goals called for completion of a
CTBT, negotiations on a veriﬁable ﬁssile material cut-off treaty, and further

nuclear weaponssystematic progress on reducing and eliminating nuclear weapons. The parties
showed that it was possible to reconcile their strong and diverse individualinterests.
The treaty’s 2000 Review Conference carried on this process of multilateral cooperation. It agreed on a Final Document that included ‘the thirteen practical steps’ for further progress towards nuclear disarmament.
These were seen as representing a continuation and development of the agreements that had secured the indeﬁnite extension of the NPT ﬁve years earlier.
At the 2005 Review Conference this cooperative approach was missing.
The conference ended in acrimony and without any ﬁnal statement. ‘The
thirteen practical steps’ (see Box 6) were played down by the nuclear-weapon
states and not recognized as important commitments. The inability of theWorld Summit in September 2005 to adopt any statement about disarmament and non-proliferation was caused by a renewed failure to balance commitments in the two areas. The obvious question therefore is: what can bedone to revitalize the NPT?
WMDC RECOMMENDATION

1

All parties to the Non-Proliferation Treaty need to revert to the fundamental and balanced non-proliferation and disarmament commitments that were made under the treaty and conﬁrmed in 1995 when
the treaty was extended indeﬁnitely.

WMDC RECOMMENDATION

2

All parties to the Non-Proliferation Treaty should implement thedecision on principles and objectives for non-proliferation and disarmament, the decision on strengthening the Non-Proliferation Treaty
review process, and the resolution on the Middle East as a zone free of
nuclear and all other weapons of mass destruction, all adopted in 1995.
They should also promote the implementation of ‘the thirteen practical steps’ for nuclear disarmament that were adopted in 2000.

WMDC RECOMMENDATION3

To enhance the effectiveness of the nuclear non-proliferation regime,
all Non-Proliferation Treaty non-nuclear-weapon states parties should
accept comprehensive safeguards as strengthened by the International Atomic Energy Agency Additional Protocol.

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WMDC RECOMMENDATION

4

The states parties to the Non-Proliferation Treaty should establish astanding secretariat to handle administrative matters for the parties tothe treaty. This secretariat should organize the treaty’s Review Conferences and their Preparatory Committee sessions. It should also organize other treaty-related meetings upon the request of a majority of thestates parties.

Cases of non-complianceIn the introduction to this chapter, three cases of breach and one case of possible breach of the NPT were mentioned: Iraq, Libya, North Korea andIran.
The ﬁrst two cases are now history: that of Libya was discovered throughintelligence and solved through diplomacy, supported by pressure. The breachby Iraq was discovered during the war of 1991 and eliminated as a result of
the subsequent sanctions and inspections instituted by the UN and supported
by political and military pressure.
Lessons can be learned from these two cases. It could be a good idea todraw up procedures that would be automatically applicable in the case of
breaches of the NPT. The general question of enforcement is discussed in
Chapter 8. Here, it may sufﬁce to note that there are considerable variations
in non-compliance situations, calling for very different responses. To intervene against states is not quite the same as intervening against individuals.
The present intervention by armed force in Iraq is extremely costly in termsof human lives, suffering and the destruction of economic resources. In thecase of Libya, diplomacy – supported by the pressure of the UN and the threatof the possible use of force – proved to be effective. In the event of future
breaches of the NPT, including signiﬁcant breaches of safeguards obligations, pressures will grow among parties for such matters to be brought tothe attention of the Security Council, and rightly so. While the Council’s
response will depend upon the circumstances of the speciﬁc case, a record offailing to respond would have implications well beyond the treaty.
In addressing the cases of North Korea and Iran, it is clear that security
factors are of particular signiﬁcance. In many cases, perceived threats tosecurity have been the incentive for the acquisition of nuclear weapons andsecurity guarantees of various kinds have offered disincentives. It is notunreasonable to think that the governments of Libya, Iran and North Korea,

nuclear weapons

often isolated, have convinced themselves that their security was threatened.
In the case of Iran there was also a very real threat from Iraq, which armed
itself with WMD and used chemical weapons against Iran during the long
war of the 1980s. It is possible that in such states incentives to acquire nuclear
weapons may be reduced by offers of normal relations and by assurances thatmilitary intervention or subversion aiming at regime change will not be
undertaken.
North Korea acceded to the NPT in 1985, a decade after South Korea
joined. In 1992, North Korea’s long-delayed safeguards agreement with the
IAEA entered into force and IAEA inspections started. The same year Northand South Korea signed a Joint Declaration on the Denuclearization of the
Korean Peninsula. In that accord the parties agreed, inter alia, not to develop,
test or acquire nuclear weapons and not to possess nuclear reprocessing or
uranium enrichment facilities (as these are needed for the production of
weapons-usable plutonium and enriched uranium).
It was not long before IAEA safeguards inspections showed that North
Korea must have produced more plutonium than it had declared. This wasreported to the Agency Board of Governors, which referred the case as abreach of safeguards obligations to the Security Council. North Korea
declared that it intended to withdraw from the NPT, while the Council contented itself with a brief resolution in which UN member states were urged totake steps to promote a solution.
After negotiations between the United States and North Korea an Agreed
Framework was drawn up in 1994. Under this document North Korea
declared that it would freeze its existing nuclear programme, accept inspections by the IAEA , rejoin the NPT, implement the agreement on the denuclearization of the Korean peninsula and eventually dismantle its nuclear plants.
The US would help to arrange the ﬁnancing and supply of two 1,000-MW(e)nuclear light-water reactors and the supply of heavy oil. Both nations wouldease trade restrictions and move towards diplomatic relations. The US would
provide formal assurance against the threat or use of nuclear weapons.
After a long process during which the Agreed Framework eroded – witheach side blaming the other for defaults – new talks were instituted in August
2003 with a six-party group consisting of China, Japan, North Korea, Russia,
South Korea and the United States attempting to reconstitute the previous
détente.
By February 2005, however, the US was convinced that North Korea wasdeveloping a capability to enrich uranium based on technology obtained
secretly through the international network of Pakistani scientist A. Q. Khan.

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Furthermore, a North Korean representative had stated that the country
possessed nuclear weapons – while not otherwise conﬁrmed, this claim
remains credible.
The Commission hopes that the six-party talks will induce North Korea
to walk back from development of a nuclear weapon capability. The situation is dangerous for the region, and joint regional action and engagement
will be important in defusing it. There are a number of elements which theCommission suggests might be relevant for a settlement, several of which arefound in the 1992 Denuclearization Declaration and in the 1994 Agreed
Framework, and some but not all of which are presently on the table:
A starting point must be that guarantees have to be obtained from North
Korea on the veriﬁed dismantlement of all nuclear weapons and nuclear
installations together with items that have been linked to the weapon
programme. This means not only rejoining and satisfying the NPT, but
going beyond the requirements of the treaty to include shutting down any
installations meant for the production of enriched uranium or the production of plutonium through the reprocessing of spent nuclear fuel. International inspection and monitoring would be required.
As North Korea may possess chemical and biological weapons, its government should be required to eliminate all of these as well. Again, international inspection and monitoring would be required.
The North Korean government – which sees South Korea as an economically strong and prosperous state with powerful allies, and which ﬁnds
itself alienated from allies it used to have – will need assurances about its
security.
The commitments made in the 1992 Denuclearization Declaration between
North and South Korea could be revived and be expanded to cover all
WMD, effectively establishing a regional WMD -free zone, with effective
inspection and monitoring. As envisaged in 1992 there would be noenrichment or reprocessing facilities on the peninsula. The supply of
nuclear fuel and the disposal of spent nuclear fuel could be assured andguaranteed through a regional arrangement – at any rate for a prolonged
period of time.
Although a change of the economic and political system in North Korea
is desirable, not least from the viewpoint of human rights, regime change
should not be sought by the use of force from the outside or by subversion.
Gradual change could be stimulated by trade and assistance, linking thecountry to its neighbours and the rest of the world.

nuclear weapons

North Korea should be given the same kind of guarantees against outside
attacks that were given in the Agreed Framework of 1994.
Holding up the prospect of diplomatic relations would also signal an end
to North Korea’s isolation and the beginning of a reintegration with theworld community. At the same time North Korea must abide by therequirements of respect for international law.
WMDC RECOMMENDATION

5

Negotiations with North Korea should aim at a veriﬁable agreement
including, as a principal element, North Korea’s manifesting its adherence to the Non-Proliferation Treaty and accepting the 1997 Additional
Protocol, as well as a revival and legal conﬁrmation of the commitments made in the 1992 Joint Declaration on the Denuclearization of
the Korean Peninsula: notably, that neither North nor South Korea
shall have nuclear weapons or nuclear reprocessing and uranium
enrichment facilities. Fuel-cycle services should be assured throughinternational arrangements. The agreement should also cover biological and chemical weapons, as well as the Comprehensive NuclearTest-Ban Treaty, thus making the Korean peninsula a zone free of
weapons of mass destruction.

Iran’s long-standing efforts to develop a capability to enrich uranium with-out reporting these activities to the IAEA have caused much concern anddebate. While Iran ﬁrmly asserts that its efforts are intended only to give it anindigenous source of low-enriched uranium fuel for its planned nuclear power
sector, many states suspect that the country would use this capability also to
produce highly enriched uranium for nuclear weapons. They feel that thispossibility must be closed sooner rather than later.
Findings by the IAEA conﬁrm that Iran has repeatedly breached its nuclear
safeguards agreement by not reporting the clandestine acquisition of uranium
enrichment technology and materials from Pakistan through the A. Q. Khan
supplier network.
France, Germany and the UK , acting with the support of the European
Union, have pursued talks with Iran to seek an arrangement that would preserve Iran’s right to the peaceful uses of nuclear energy without the operationof sensitive nuclear fuel-cycle facilities, speciﬁcally uranium enrichment andnuclear reprocessing plants. The EU, the US , Russia and China have maintained continuous and intensive contacts in this matter.

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The Commission hopes that the high-level contacts between Iran, othergovernments and the IAEA, and negotiations in the Security Council will
succeed in ﬁnding a generally acceptable solution. Valuable and detailed proposals for a way forward have been presented by inﬂuential independent
organizations, including the International Crisis Group. The Commission
views the following considerations as essential in the search for a solution:
The pursuit of any enrichment and reprocessing activities by Iran would
lead to sharply increased tension in the Middle East, which cannot be in theinterest of Iran or any other state. It is desirable for Iran to fully suspend theefforts and defer the enrichment programme for a prolonged period of time.
As it is very difﬁcult to prove a negative, it is unlikely that the IAEA would
ever be able to conclude with absolute certainty that Iran – or at least key
elements within its governing system – have not had the intention to use
an enrichment capability for weapon purposes. In any case, even if suchintentions never existed, there could be a change of mind once Iran’senrichment technology was fully operational. Accordingly, the questionof intention is not decisive.
In the sensitive region of the Middle East, the long-term vision must
include the establishment of a zone free of all WMD, which all states,
including Iran and Israel, support. (In fact, the idea of a zone approach to
WMD in the region dates back to 1974, when Egypt and Iran ﬁrst proposed in the UN General Assembly the creation of a Middle East nuclearweapon-free zone.) As the existence of enrichment or reprocessing
activities raises fear, such activities should be suspended or deferred for a
prolonged period of time, while any fuel-cycle services would be assured
from the outside. The development of enrichment or reprocessing capabilities in Iran would raise new obstacles to the achievement of the common goal. While Israel, feeling under threat from Iran and others, is not
likely to discard its nuclear-weapon capability except as a part of a peace
settlement, it could help to reduce tension, as is now asked of Iran, by joining Iran and all other states in the region in a commitment to suspend andrenounce any fuel-cycle activities for a prolonged period of time.
A key premise of discussions with Iran and the resolutions passed by the
Board of the IAEA has been that Iran, as all other parties to the NPT, has
the right – in keeping with Articles II and IV of the treaty – to engage inpeaceful nuclear energy production. While some have sought to suggestthat this right does not extend to the right to domestically enrich uranium,
but only to have a secure supply of fuel for power reactors, it would seemto be not only legally correct but also wise to recognize that there is a rightnuclear weapons

for NPT states, acting in full conformity with Article II and IV of
the treaty, to participate in all stages of fuel-cycle activity. Trying toreinterpret the NPT and assert a new division of the world into ‘nuclear
fuel-cycle-haves’ and ‘have-nots’ would hardly get broad support.
Nevertheless, a right to do something does not necessarily mean that thisright must be exercised. Nothing prevents states in a sensitive region, like
Iran and other states in the Middle East (or the two Korean states), fromsuspending or deferring any fuel-cycle activities, if their pursuit has negative
consequences and suspension or deferment may bring economic or politicaladvantages.
It is important, accordingly, to present Iran with economic and politicalincentives to defer for a prolonged period of time any plans for fuel-cycle
activities on its own soil, even as it reserves the right in principle to pursue
such activities for peaceful purposes. The proposals presented by three
European states rightly include such incentives.
Iran, on completing the construction of two light-water nuclear powerreactors, will need to be sure that it has a secure supply of low-enricheduranium reactor fuel. Reliable assurances of supply from the outside will
be needed. This should be a manageable problem.
Russia has offered to host an enrichment plant for Iran. The initiative
would guarantee that only low-enriched uranium would be produced. It
would also give valuable experience in the establishment and operation of afuel-cycle installation in one country, designed to serve the needs of anothercountry in the region. There is an obvious parallel with the case of Korea,
where a renunciation of enrichment capability will require assurance of
nuclear-fuel supplies from states outside, for instance Russia and China.
Russia has agreed to take back all spent reactor fuel from Iran, thus freeing the country from the considerable problem of disposal and, at thesame time, guaranteeing that no plutonium separation occurs in Iran.
Questions relating to security might be signiﬁcant. Iran might perceive
itself as threatened by a US military presence in Iraq, the Gulf, Pakistan,
Afghanistan and several other states in the region. As in the case of North
Korea, guarantees against attacks from the outside may contribute to asolution. Promises of diplomatic relations rather than of isolation would
undoubtedly also be seen as facilitating relaxed relations.
While many powerful governments and inﬂuential mass media are criticalof the political regime in Iran, it should be made clear in any agreementthat regime change would not be sought by the use of force from the outside
or by subversion. Any such change should be left to the people in Iran.

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WMDC RECOMMENDATION

6

Negotiations must be continued to induce Iran to suspend any sensitive fuel-cycle-related activities and ratify the 1997 Additional Protocol
and resume full cooperation with the International Atomic Energy
Agency in order to avoid an increase in tensions and to improve theoutlook for the common aim of establishing a Middle East zone free of
weapons of mass destruction. The international community and Iranshould build mutual conﬁdence through measures that should include:
reliable assurance regarding the supply of fuel-cycle services; suspending or renouncing sensitive fuel-cycle activities for a prolonged
period of time by all states in the Middle East; assurances against
attacks and subversion aiming at regime change; and facilitation ofinternational trade and investment.

Security assurances
A few days before the NPT was opened for signature in 1968, the UN Security
Council adopted Resolution 255, consisting of positive security assurances thatany non-nuclear-weapon state that is attacked with nuclear weapons or subject
to the threat of such an attack would receive assistance. It was understandable
that non-nuclear-weapon states would also seek additional legally binding
assurances – known as negative security assurances – against attacks or threatsof attack involving weapons that they have themselves legally renounced.
Support for this principle remains overwhelming and global in scope.
Every year since 1978, including 2005, the UN General Assembly has adopted
a resolution on negative nuclear security assurances. On the eve of the 1995
NPT Review and Extension Conference, all ﬁve nuclear-weapon states madestatements concerning positive and negative security assurances to NPT nonnuclear-weapon states. France, Russia, the United Kingdom and the UnitedStates harmonized their negative security assurances, providing identicalcaveats and conditions relating to the inapplicability of such assurances in
the case of a non-nuclear-weapon state engaging in aggression in associationor alliance with a nuclear-weapon state. China gave an unconditional assurance and reiterated its no-ﬁrst-use pledge. These statements were thenreferred to in Security Council Resolution 984 (1995), which superseded the1968 assurances.
The Review and Extension Conference decided that ‘further steps should beconsidered’ to assure non-nuclear-weapon states against the use or threat ofnuclear weapons

use of nuclear weapons, such as an internationally legally binding instrument.
Also, the 2000 NPT Review Conference stated by consensus that legallybinding security assurances would strengthen the nuclear non-proliferation
regime.
The Commission agrees that the nuclear-weapon states parties to the NPT
should provide legally binding security assurances to non-nuclear-weapon
state parties to the NPT. The Commission notes that there is no objection inprinciple in the Conference on Disarmament (CD) to the negotiation of anagreement on negative security assurances. This issue has been on the CD’s
agenda for many years. The CD could consider moving forward with negotiations on a universal, multilateral treaty containing effective internationalarrangements to assure non-nuclear-weapon states against the use or threatof use of nuclear weapons.
WMDC RECOMMENDATION

7

The nuclear-weapon states parties to the Non-Proliferation Treaty
should provide legally binding negative security assurances to nonnuclear-weapon states parties. The states not party to the NonProliferation Treaty that possess nuclear weapons should separately
provide such assurances.

The fuel cycle: controlling the production of enricheduranium and plutonium
Most nuclear power reactors in the world use uranium enriched to some 4%
as fuel; this is produced in a technically difﬁcult process that may also allow
enrichment to levels suitable for use in nuclear weapons – 85% or more.
Technically, any enrichment plant can thus be used for the production ofreactor fuel or bomb-grade material or both. It is a matter of political will.
Currently enrichment plants exist in about a dozen states.
The spent fuel that comes out of the power reactors contains plutonium aswell as unused uranium and various actinides. Currently most spent fuel –highly radioactive – is simply kept in intermediate storage. However, it may besent for reprocessing in another technically difﬁcult process, which recovers
plutonium and uranium that can be used as new fuel in reactors. If this isdone, the amount of waste remaining is greatly reduced and the amount ofenergy that is extracted from the original uranium is increased about one
hundredfold. The plutonium obtained from spent reactor fuel can be used to

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make bombs but its isotopic composition is not ideal for the purpose. To
obtain weapon-grade plutonium, nuclear-weapon states have reprocessed
spent uranium fuel from special production reactors.
The production of highly enriched uranium and the separation of plutonium are regarded as raising the greatest difﬁculties for anyone wishing to
make nuclear weapons. It is for this reason that the international safeguards
system is geared to verify that there is no clandestine production or diversion
of such material. It is also for this reason that many governments are concerned about Iran’s development of an enrichment capability and North
Korea’s capability to separate plutonium and perhaps also enrich uranium.
As described above, intense diplomatic efforts have been under way to induce
North Korea to close its indigenous nuclear installations and Iran to defer fora prolonged period of time plans to enrich uranium.
There is another concern. It is widely expected that global reliance on
nuclear power will increase in the next decades, as the price of fossil oil andgas goes up and the greenhouse gas-free nuclear energy becomes more attractive. If so, there will be a greater demand for uranium fuel, possibly leading
to the construction of more enrichment plants. As reprocessing of spent fuelwill allow a drastically better use of the energy content of the original
uranium fuel, there may also be a demand for more reprocessing plants. The
concern is that an increase in the number of enrichment and reprocessing
plants and an increased ﬂow of ﬁssile material may increase the risk of misuse and diversion.
Fuel-cycle proposals
A growth of nuclear power will take time, and existing global capacity forenrichment and reprocessing is enough to meet the needs arising from a considerable expansion. Plans for additional plants are currently known to exist
only in the United States. Nevertheless, interesting ideas have been presented
describing how a steady supply of nuclear fuel could be produced and assured
for a growing number of reactors without increasing the risk of misuse anddiversion.
Under one proposal, a moratorium of several years should be accepted on
the construction of new facilities for the enrichment of uranium or reprocessing. This would allow time to work out a scheme for the multinational control of all such facilities, wherever they are located. States complying with
non-proliferation commitments should be able to turn to an international
fuel bank and be assured that they could buy low-enriched nuclear fuel atmarket prices. The proposal would seek to make it attractive to turn to thenuclear weaponsbank for supply and, thereby, reduce any incentive for states to build theirown enrichment or reprocessing facilities. An international framework,
based upon agreed rules and in which both producers and consumers ofenriched uranium fuel have a say about pricing and rights of purchase, might
be sufﬁciently attractive to persuade consumers to renounce enrichment.
However, many questions are left open. For instance, who would decide
whether a country is fulﬁlling its non-proliferation commitments and thus isentitled to purchase enriched uranium?
Another scheme was advanced in 2006 by the United States and has been
discussed with governments in London, Paris, Moscow, Beijing, New Delhi
and Tokyo: The Global Nuclear Energy Partnership (GNEP). Under thisscheme a small number of states would produce fuel for nuclear power reactors by enriching uranium. They would ‘lease’ the fuel to states – including
developing countries, which are expected to increase their consumption ofelectricity – for use in power reactors and take back the spent fuel. They
would thereafter reprocess the spent fuel in a new process, which would
recover uranium and plutonium that would be mixed with some actinides tomake it highly toxic and unsuitable as weapon material. It would be used asfuel in special reactors that would be built only in the fuel-producing states.
The remaining volume of waste would be drastically smaller than the volumeof spent fuel that was reprocessed.
‘Fuel-cycle states’ and ‘user states’
A key goal of GNEP is to make the system attractive to states and thus reduce
incentives to construct more enrichment or reprocessing plants. States would befree to rely on this system but would not be obliged to do so. If the ‘fuel-cycle
states’ were to keep the nuclear waste that would result from the reprocessing, the scheme would have the great attraction of relieving the ’user states’of having to construct waste disposal facilities of their own. The intended
beneﬁt in the ﬁeld of non-proliferation would be that the user states would
have to commit themselves not to undertake any enrichment or reprocessing
activities. Despite giving a growing number of states the opportunity to use
nuclear power, the number of countries that would have facilities in which
weapons-usable material could be produced would remain limited to a handful.
Although initial reactions to GNEP are reported to have been positive inthe few states that have been consulted, it is evident that many questions –technical, economic and political – remain for governmental and public discussion. The scheme does tackle the proliferation and environmental concerns

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weapons of terrorthat would arise if enrichment plants, spent-fuel repositories and disposal sites
were to be constructed widely in the world. There would be an economy ofscale. The energy content of the uranium would be fully used.
On the other hand, it will not be known for many years whether the new
type of reactors to burn the plutonium with some actinides is technicallyfeasible. The political willingness of fuel-cycle states to accept the return ofspent ‘leased’ nuclear fuel has not been tested. In the past, the former Soviet
Union took back spent fuel from East European states as a non-proliferation
measure, but generally states are averse to taking spent fuel or waste fromother countries. Lastly, it is hard to predict whether it would be acceptable to
add the inequality between fuel-cycle states and user states to the existing
NPT inequality between nuclear-weapon states and non-nuclear-weapon
states. Only the fuel-cycle states would be able to beneﬁt from the new energyefﬁcient reactors. The deeper the cooperation between the fuel-cycle states,
the more the group would look like a cartel of the powerful.
The schemes described, and others which will undoubtedly be advanced,
deserve to be thoroughly discussed. There is time for such discussion. Thereis also a place where all states can take part. The IAEA has long served as aforum for considering proposals relating to the fuel cycle and for new typesof nuclear power reactors. It is desirable that states continue to use the IAEA
for these purposes, e.g. to discuss the ideas of fuel banks, regional arrangements for the production of fuel, and the management and disposal of spent
fuel, as well as the possibility of proliferation-resistant fuel cycles.
Current problems
The above discussion considered long-term problems. However, there arealso problems that cannot wait for long-term solutions but need to be tackled in the near future. North Korea and Iran present acute problems thatwere discussed above and that need early solutions. It is evident, however,that all countries possessing an enrichment or reprocessing capability aretechnically able – just like the states that have nuclear weapons – to makenuclear material that can be used in weapons. This is true of Brazil and Japan.
In Japan, a large plant for the reprocessing of spent nuclear fuel will be openedin 2006 and will further increase an already large stockpile of plutonium.
To some this is a concern. However, a decision to proceed to use available
plutonium for weapons is a matter of political will. Hardly any plant in theworld has prepared more thoroughly for the operation of IAEA safeguards
than the Japanese reprocessing plant at Aomori.

nuclear weapons

Even today the risks of diversion of ﬁssile material for weapon use could
be somewhat reduced if highly enriched uranium production were phasedout and plutonium separation were reduced. These possibilities should be
explored.
Highly enriched uranium is used mainly in the nuclear propulsion of ships
and in speciﬁc types of research reactors. In both cases, technological efforts
are already under way in several countries to develop alternative fuels thatcannot be directly used in making nuclear explosives. While a phasing out ofall production of highly enriched uranium will not eliminate the possible useof enrichment plants for the production of highly enriched weapons-grade
uranium, it would reduce the volume of such uranium.
Spent nuclear reactor fuel is reprocessed into plutonium on a large scale ina few countries. Originally, the idea was to utilize the considerable energy
value of the plutonium by using the plutonium as fuel in breeder reactors.
However, although reprocessing reduces the amount of waste that has to bedisposed of, the economic reasons for this activity largely disappeared,
because the cost of reprocessing was relatively high and the price of new
uranium remained low. Today some of this plutonium is stored and some ismixed with uranium and used as ‘mixed oxide fuel’ in power reactors. Only
relatively small amounts of plutonium are actually needed for the original
purpose, namely, to serve as fuel in a small number of breeder reactors.
WMDC RECOMMENDATION

8States should make active use of the IAEA as a forum for exploring
various ways to reduce proliferation risks connected with the nuclear
fuel cycle, such as proposals for an international fuel bank; internationally safeguarded regional centres offering fuel-cycle services,
including spent-fuel repositories; and the creation of a fuel-cycle system built on the concept that a few ‘fuel-cycle states’ will lease nuclear
fuel to states that forgo enrichment and reprocessing activities.

WMDC RECOMMENDATION

9States should develop means of using low-enriched uranium in ships
and research reactors that presently require highly enriched uranium.
The production of highly enriched uranium should be phased out.
States that separate plutonium by reprocessing spent nuclear fuelshould explore possibilities for reducing that activity.

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Fissile material clean-out
The G8 Global Partnership and other programmes – including the Cooperative Threat Reduction programme, the US Global Threat Reduction Initiative (GTRI), the Nuclear Threat Initiative, as well as initiatives by the European Union and other organizations – all contain efforts to reduce speciﬁc
threats arising from WMD technology and materials.
BOX 9

EXAMPLES OF GLOBAL CLEAN-OUT ACTIVITIESReturning exported nuclear material to suppliers for secure disposal orelimination.
Converting research reactors from highly enriched to low-enricheduranium fuel.
Enhancing the security of highly enriched uranium used to produce radioisotopes.
Consolidating ﬁssile material at centralized, highly secure locations.
Ending the stockpiling of highly enriched uranium at fuel fabrication plants.

The United States and Russia, the states with the most research reactors
fuelled by highly enriched uranium and that have exported most such reactors, have agreed at high-level summit meetings to deepen their cooperationin this global clean-out. The US Congress, having originated the Cooperative
Threat Reduction programme in the Nunn-Lugar legislation, has long given
ﬁrm support to many of these initiatives.
As suggested by the examples cited in Box 9, the global clean-out involves
activities that extend beyond the goal of converting research reactors to use
lower enriched fuel. Later in this chapter, the Commission discusses otherrelated initiatives concerning physical protection, the disposal of ﬁssile material
recovered from warheads, and the proposal for a ﬁssile material cut-off treaty.
WMDC RECOMMENDATION

10All states should support the international initiatives taken toadvance the global clean-out of ﬁssile material. Such supportshould encompass the conversion of research reactors from highly
enriched to low-enriched uranium fuel, storing ﬁssile material at
centralized and secure locations, and returning exported nuclear
materials to suppliers for secure disposal or elimination.

nuclear weapons

Regional issues and arrangements
Nuclear-weapon-free zones
In the late 1940s and 1950s, the failure to outlaw nuclear weapons led somegovernments to look for intermediate steps towards that goal. One suchinitiative was to ban the stationing, testing, use or development of nuclear
weapons in certain geographic areas – nuclear-weapon-free zones. Early
efforts focused on unpopulated areas or environments, resulting in treaties
covering Antarctica, the seabed and outer space.
The Tlatelolco Treaty, signed in 1967, broke new ground by seeking toinclude within the designated zone the entire populated region of Latin
America and the Caribbean. The Treaties of Rarotonga (1986), Pelindaba(1996) and Bangkok (1997) created nuclear-weapon-free zones in the South
Paciﬁc, Africa, and Southeast Asia. Also, ﬁve former Soviet republics haveprovisionally agreed upon the text of a treaty to establish a nuclear-weaponfree zone in Central Asia. The concept of nuclear-weapon-free zones has
emerged as a success story.
Nuclear-weapon-free zones serve some important functions. They ﬁll the
gap in the NPT that allowed the foreign deployment of nuclear weapons on the
territory of non-nuclear-weapon states – no such weapons may be stationed
in the zones. They complement and reinforce the basic non-proliferationcommitments of the NPT. Through protocols to the treaties creating suchzones, the nuclear-weapon states can provide legally binding negative security
assurances to members of such regimes. They also contribute to the strengthening of comprehensive (‘full-scope’) IAEA safeguards, by requiring thedomestic application and/or requirement of such safeguards for exports
leaving the region. Furthermore, they help to strengthen the global norm
against nuclear testing, pending entry into force of the CTBT.
These regimes, however, face many challenges. For instance, the Pelindaba
Treaty, although almost a decade old, has still not entered into force. Of
all the protocols to the nuclear-weapon-free zone treaties, only the relevant
protocol to the Tlatelolco Treaty has been ratiﬁed by all ﬁve nuclear-weapon
states. None of the nuclear-weapon states has ratiﬁed the protocol to the
Bangkok Treaty, although China has said that it may agree to it independently of the other nuclear-weapon states.
In addition, many states in the zones have failed to conclude their required
full-scope safeguards agreements with the IAEA . And while all the treaties
creating such zones are of indeﬁnite duration, they all contain withdrawal
clauses. This opens questions about the reversibility of the commitments made.

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WMDC RECOMMENDATION

11All Non-Proliferation Treaty nuclear-weapon states that have notyet done so should ratify the protocols of the treaties creating
regional nuclear-weapon-free zones. All states in such zones
should conclude their comprehensive safeguards agreementswith the IAEA and agree to ratify and implement the Additional
Protocol.

The Middle East
The issue of Iran’s enrichment of uranium is discussed above under the heading of the Non-Proliferation Treaty. Other nuclear issues in the Middle East
region are related to Israel, which is not a party to the NPT and has signiﬁcantnuclear-weapon capabilities; operational, unsafeguarded, nuclear activities;
and a variety of nuclear-capable delivery systems. As long as the world community continues to postpone these issues, which are evidently linked to thequestion of peace and security in the region, they will add to the risk of thefurther proliferation of nuclear weapons and other WMD in the Middle East.
Israel’s right to security must be guaranteed, as must the right to securityof all other states in the Middle East. In 1995, NPT states parties addressed
one vital dimension of this challenge by including the Middle East Resolution
in the package deal that led to the indeﬁnite extension of the treaty. This resolution endorsed the goals of the peace process and called for the establishmentof ‘an effectively veriﬁable Middle East zone free of weapons of mass destruction, nuclear, chemical and biological, and their delivery systems, and torefrain from taking any measures that preclude the achievement of this objective.’ So far, however, the efforts to establish such a zone – a goal that all
countries in the region, including Iran and Israel, have long supported – havenot led to concrete negotiations.
Many initiatives have been proposed in recent years to break this impasse,
including a proposal for the establishment of a WMD -free zone in the Gulf asa stepping stone to a wider regional zone. There are speciﬁc steps that may
advance the security interests of all states in the region, while promoting theaim of a WMD -free zone in the Middle East. One would be for Israel,
Egypt and Iran to proceed from signature to ratiﬁcation of the CTBT, as allother states in the region have done. Another would address the problem ofﬁssile materials. States in the region, including Israel, could defer or renounce
for a prolonged period of time any enrichment or reprocessing activities
on their territories. These and other conﬁdence-building measures would

nuclear weapons

facilitate the eventual establishment of a regional WMD -free zone, while also
advancing the broader objectives of the peace process.
Israel, Egypt and Iran have only signed the CTBT. They should ratify thetreaty, as the other states in the Middle East have done. A conﬁdence-building
measure that would be a step in a process that could eventually lead to a
WMD -free zone would, as suggested above, be veriﬁed commitments by allstates in the region, including Israel, to defer or renounce for a prolonged
period of time any enrichment or reprocessing activities on their territories.
WMDC RECOMMENDATION

12

All states should support continued efforts to establish a zone
free of weapons of mass destruction in the Middle East as a part ofthe overall peace process. Steps can be taken even now. As a conﬁdence-building measure, all states in the region, including Iranand Israel, should for a prolonged period of time commit themselves to a veriﬁed arrangement not to have any enrichment,
reprocessing or other sensitive fuel-cycle activities on their territories. Such a commitment should be coupled with reliable assurances about fuel-cycle services required for peaceful nuclear
activities. Egypt, Iran and Israel should join the other states in the
Middle East in ratifying the CTBT.

South Asia
Neither India nor Pakistan is a party to the NPT, and they are not expected
to renounce their nuclear-weapon capability and form a zone free of WMD.
Both countries have tested nuclear weapons, both are involved in producing
more of them and improving them, both have announced military doctrines
based on deterrence, and both are also developing different types of longrange missiles to deliver such weapons.
This does not mean that nothing can be done – or is being done – by India
and Pakistan and others to reduce the risks linked to the tension between thetwo countries and to the WMD they possess. Both countries maintain unilateral nuclear-testing moratoria. They should both ratify the CTBT. Bothsupport the goal of concluding an international ﬁssile material treaty,
although they differ on whether it should cover stocks of such material. They
should join other states possessing nuclear weapons in declaring a moratoriumon the production of further ﬁssile material for weapons, pending the conclusion of an FMCT. The two countries have in recent years made some progress

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in mutual conﬁdence building. They have concluded some high-level agreements to renounce attacks on nuclear facilities, to implement other measures
to improve the transparency of military activities (including missile tests)
and to reduce the risk of nuclear attacks. They should continue on this path.
India and the United States have been discussing renewed cooperation in
the peaceful uses of nuclear energy and in March 2006 President Bush andPrime Minister Singh agreed on future cooperation between India and the
US in the nuclear ﬁeld.
While the agreement has many aspects, including some that are linked to
global energy challenges, it has raised controversy from the viewpoint of
non-proliferation. It envisages a number of Indian civilian nuclear installations to be placed under IAEA safeguards, but these installations do notinclude the Indian breeder reactor, nor stocks of spent fuel from reactors thatremain unsafeguarded. Furthermore, the criticism has been voiced that, by
allowing the import of nuclear reactor fuel or material for fuel, the agreement could facilitate India’s production of weapons-usable ﬁssile material
and would be in questionable conformity with the NPT.
Article IV of the treaty provides that the fullest possible exchange shouldtake place between the parties regarding the peaceful uses of nuclear energy.
Neither this nor any other article of the treaty prohibits a party from agreeing
on exchanges with states that are not parties to the treaty, provided that suchexchanges do not ‘assist’ such states in the production of weapons (Article II).
The Guidelines of the Nuclear Suppliers Group, in contrast, stipulate that themembers should not export any nuclear equipment or material to states that
do not have IAEA safeguards on all their present and future nuclear activities –in practice non-NPT parties, like India.
While it is thus clear that the draft US -India agreement would require
modiﬁcations in the Guidelines of the NSG , its compatibility with the NPT is
a matter of judgement. A party to the NPT is required to make only suchagreements on nuclear cooperation that are consistent with the objective andpurpose of the treaty. Concerns raised about the agreement in this regard
would disappear if it were supplemented by action that demonstrated bothparties’ support for non-proliferation and disarmament.
The most reassuring such action would be an Indian and a US commitment to promote and participate without delay in a veriﬁable international
treaty stopping all production of ﬁssile material for weapons. Their adherence
to such a treaty would dispel any fear that the agreement could facilitate anincreased production of nuclear weapons in India and risk fuelling an arms racein Asia. Similarly, a commitment by the US and India to ratify the Compre-

nuclear weapons

hensive Nuclear-Test-Ban Treaty would send a signal that the intentions of
the two states are to promote peaceful, not military, uses of nuclear energy.
WMDC RECOMMENDATION

13

India and Pakistan should both ratify the CTBT and join those otherstates with nuclear weapons that have declared a moratorium on
the production of ﬁssile material for weapons, pending the conclusion of a treaty. They should continue to seek bilateral détente
and build conﬁdence through political, economic and military
measures, reducing the risk of armed conﬂict, and increasingtransparency in the nuclear and missile activities of both countries.
Eventually, both states should become members of the Nuclear
Suppliers Group and the Missile Technology Control Regime, as
well as parties to International Atomic Energy Agency safeguards
agreements under the terms of the 1997 Additional Protocol.

PREVENTING NUCLEAR TERRORISM

How could terrorists acquire nuclear weapons?
Nobody can make a nuclear weapon without two basic commodities – ﬁssile
material and the technical knowledge to design and manufacture sucha device. It is generally understood that producing the ﬁssile material on a
sufﬁcient scale is the more difﬁcult task and that designing a weapon, while
by no means easy, is the less difﬁcult one. The basic information needed todesign a crude nuclear explosive device is publicly available.
To produce the plutonium or highly enriched uranium needed to makenuclear weapons is difﬁcult and expensive. It requires the kind of infrastructure that is likely to be available only to states. There is a risk, however,that security weaknesses could allow terrorists to steal enough material, oreven an actual device. The most crucial step in preventing nuclear terrorism
is, therefore, to keep terrorists from acquiring access to such materials or
devices, a step that requires strict implementation of physical protection
measures and security routines wherever such materials exist.
Important practical measures can be put in place to limit the available
sources, increase physical security, increase safety where transportation isdeemed unavoidable, and block terrorist access through better intelligence

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and security. Export controls and customs enforcement activities also serve
vitally important roles in reducing the risk of nuclear terrorism.
Most experts believe that any would-be nuclear terrorist would probably
prefer highly enriched uranium as a ﬁssile material, because the ‘gun-assembly’
design, which uses this material, is simpler than the designs relying on
plutonium. Yet one cannot exclude the possibility of a terrorist plutonium
bomb – given that smaller amounts of such material are needed for it and thatknowledge about implosion designs is more widely distributed today than in
the days of the ﬁrst plutonium bomb.
Given these risks, both highly enriched uranium and plutonium merit
security controls as strict as those prescribed for nuclear weapons, a control
that the US National Academy of Sciences has described as the stored-weapon
standard.
Dirty bombs
Nuclear terrorists may seek to make not only nuclear explosive devices, but alsoradiological weapons, or dirty bombs. They might also seek to disperse radioactivity by attacks on nuclear facilities that produce, store or use hazardous
radioactive materials, including spent nuclear fuel or nuclear materials intransit.
There are many ways in which terrorists could disperse hazardous nuclear
material to contaminate speciﬁc target areas or create mass panic. Using
radioactive substances, stolen for instance from research labs or hospitals,
they could simply detonate a small conventional explosive surrounded bysuch material, or release it directly as a gas or powder. Although radioactive
dispersal is not likely to produce great numbers of immediate fatalities, as
does a nuclear weapon, dirty bombs are much easier to make than ﬁssion
weapons and can cause considerable terror and disruption, especially if detonated in the heart of major cities.
A convention on nuclear terrorism
In 2005 the UN General Assembly adopted the International Convention for
the Suppression of Acts of Nuclear Terrorism. As of April 2006, it has 102
signatories. The Convention requires the domestic criminalization of acts ofnuclear terrorism and commits its parties to international cooperation in theprevention, investigation and prosecution of acts of nuclear terrorism. While
offering no panacea, this convention is a signiﬁcant and welcome achievement. States should proceed to early ratiﬁcation and implementation.

nuclear weaponsPhysical protection measures
The physical protection of ﬁssile material and the physical security of nuclear
weapons refer to controls designed to prevent sabotage, attacks, thefts andother such criminal acts. By ensuring early detection, prevention and recoveryof missing materials, physical security controls also seek to discourage such
illicit uses. States with nuclear weapons have their own command-andcontrol procedures to maintain the physical security of such weapons.
While all states have a common interest in physical protection to prevent
nuclear terrorism, governments have long preferred to manage such threats
primarily through domestic laws and policies. Recent multilateral efforts toimprove these standards are summarized in Box 10.
Physical protection involves far more than just guards, gates and fences atparticular facilities. It also requires reliable personnel to design and implement
such controls, employing people who have both technical competence andprofessionalism. This entails extensive background checks before recruitment and thorough training after.
BOX 10RECENT INTERNATIONAL EFFORTS TO
STRENGTHEN PHYSICAL PROTECTION
In 2001, the IAEA secretariat prepared a set of Physical Protection
Objectives and Fundamental Principles, later endorsed by the IAEA Boardof Governors. The IAEA also assists states through its International
Physical Protection Advisory Service, and has developed a plan of action
against nuclear terrorism supported by an extra-budgetary Nuclear
Security (Multi-Donor) Fund.
In June 2002, the G8 Global Partnership against the Spread of Weaponsand Materials of Mass Destruction stressed the need for ‘appropriate
effective physical protection’.
In 2003, the IAEA approved a revised Code of Conduct on the Safety andSecurity of Radioactive Sources. The Agency has issued several reports
and adopted several resolutions on Measures to Protect Against Nuclear
Terrorism.
In 2004, the Security Council adopted Resolution 1540, which requires
all states to ‘develop and maintain appropriate effective physical protection measures’.
As of 2005, and pursuant to the US Nunn-Lugar (1991) and NunnLugar-Domenici laws (1996), the US has invested over $5 billion in WMD
disarmament-related activities in Russia, a quarter of which has beenspent on improving nuclear security.

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While states have the legal responsibility for maintaining physical securityof nuclear materials within their borders, the IAEA has published some common standards (contained in Information Circular 225) for the transportation of such materials, in accordance with the multilateral Convention on the
Physical Protection of Nuclear Material, which has 116 states parties as ofMarch 2006. These controls serve as a basic model for state regulatory
authorities to follow in implementing their own controls.
Growing challenges and responses
Concerns over the physical security of nuclear weapons and ﬁssile material
have grown due to a number of developments. These include reports of theillicit trafﬁcking in radioactive materials (including small amounts of ﬁssile
material); chronic security problems at nuclear facilities in Russia and otherformer Soviet republics; claims that terrorist groups are seeking to acquireradioactive or ﬁssile material for nuclear weapons or so-called dirty bombs
and worries, in the post-9/11 environment, of the possibility of terrorist
attacks at civilian nuclear facilities.
Although states apply and implement their own standards, the chainof physical security is only as strong as its weakest link. The theft of ﬁssile
material somewhere can jeopardize security everywhere. Such concerns haveinspired many international initiatives in this area, as summarized inBox 10.
Many obstacles hinder further progress in strengthening physical security
controls. International cooperation is inhibited by governmental concerns
over the erosion of sovereignty, legal liability, budgetary constraints, etc.
Such obstacles also hinder the development of stronger multilateral standards or expanded roles for international institutions. The lack of serious
consequences for non-compliance with existing standards further erodes
both the effectiveness and credibility of those standards.
As a practical matter, many improvements in international physical security
standards have had to await the stimulus provided by shocking events, asseen in the interest in physical security shown by many states after 9/11.

nuclear weapons

WMDC RECOMMENDATION

14States must prevent terrorists from gaining access to nuclear
weapons or ﬁssile material. To achieve this, they must maintainfully effective accounting and control of all stocks of ﬁssile and radioactive material and other radiological sources on their territories.
They should ensure that there is personal legal responsibility forany acts of nuclear terrorism or activities in support of suchterrorism. They must expand their cooperation through inter alia
the sharing of information, including intelligence on illicit nuclear
commerce. They should also promote universal adherence to theInternational Convention for the Suppression of Acts of Nuclear
Terrorism and to the Convention on the Physical Protection of
Nuclear Material and implementation of UN Security Council
Resolution 1540.

REDUCING THE THREAT AND THE NUMBERS OF
EXISTING NUCLEAR WEAPONSMany of the world’s estimated 27,000 nuclear weapons remain on hair-trigger
alert, which raises the risks of accidents, misunderstandings and even deliberate use. Moreover, the Commission has noted with concern the statements
made by senior ofﬁcials of a few states possessing nuclear weapons in which
they suggest – some more explicitly than others – that their countries might
one day use nuclear weapons in retaliation for terrorist attacks, aggression
involving the use of other WMD, or even certain attacks involving conventional weapons. As recently as January 2006, French President Jacques
Chirac warned that:‘The leaders of States who would use terrorist means against us, as wellas those who would consider using, in one way or another, weapons of mass
destruction, must understand that they would lay themselves open to a ﬁrm
and adapted response on our part. And this response could be a conventional
one. It could also be of a different kind.’This and statements by other leaders in effect brandishing nuclear weapons, including in circumstances where there is no obvious military rationale(given, inter alia, the effectiveness of contemporary conventional weapons,
and the implausibility of terrorist groups being deterred by threats of nuclear
retaliation) point to an urgent need to reduce the role of nuclear weapons in

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the security policies of states and to drastically and progressively reduce thenumber of such weapons. The Commission identiﬁes several initiatives tohelp pursue these aims, relating to doctrines, deployments and the development of weapons.

The need to re-examine and revise nuclear doctrines
Each state that has acquired nuclear weapons has also devised plans andprinciples – a military doctrine – on how its nuclear forces are to be conﬁgured
and employed. These doctrines inﬂuence the choices of weapons to develop
and produce, the capabilities needed to deliver them and the various constraints
on their use. Such doctrines have an impact also on the planning and posturesof other countries that are trying to protect their own security interests.
Despite improvements in their bilateral relations, the ﬁve nuclear-weapon
states parties to the NPT continue to watch each other warily, while maintaining and modernizing their strategic nuclear capabilities. They are evenespousing new nuclear doctrines that emphasize ﬁrst-use, for instance todeter or retaliate against the use of other WMD, as noted above.
There has long been a close relationship between Soviet (later Russian)and NATO nuclear doctrines. China is watching to see if the United States
intends and succeeds to follow through on its stated intention to make missile
defence a more prominent part of its strategic doctrine. Israel chooses not todeclare whether or not it possesses nuclear weapons – and this doctrine of
nuclear ambiguity affects the security thinking of its neighbours, as would
an open declaration of possession of nuclear weapons.
Whenever a nuclear-weapon state declares that all options are on thetable, that it reserves the option of using nuclear weapons against a nonnuclear-weapon state, or that nuclear weapons are essential or vital for its
security, other states take note and act accordingly.
At the heart of all these doctrines is the concept of deterrence.
Nuclear deterrence
Proponents of nuclear deterrence hold that the most reliable means for acountry to prevent a nuclear attack is to dissuade a possible attacker by showing that it will survive such an attack and retain the capability and will tolaunch a devastating nuclear counter-strike. This situation, a dramatic manifestation of the notion of balance of terror that prevailed between the UnitedStates and the Soviet Union during the last three decades of the Cold War,came to be called mutual assured destruction (MAD).

nuclear weapons

Many observers believe that nuclear deterrence prevented a major war
between the United States and the Soviet Union during the years of Cold War
confrontation and conﬂicts. Others argue that the absence of such a war was
due to many other factors, including a lack of reasons for going to war andsheer luck. But even if mutual deterrence stabilized the strategic relationshipbetween the two superpowers during the Cold War, the relevance of nuclear
deterrence has become increasingly questioned in the Post-Cold War period.
It is not likely to prevent further proliferation of nuclear weapons, nor theiractual use by governments acting recklessly or by terrorists.
Nevertheless, despite the fundamental changes in the political map of theworld and despite the historic Joint Declaration by Presidents Bush and Putinof 13 November 2001 that ‘neither country regards the other as an enemy orthreat’, nuclear deterrence doctrines remain on the books.
But even though governments frequently invoke deterrence as a rationale
for retaining nuclear weapons, its relevance has sharply diminished if notcompletely vanished. It originated in the effort to avert the danger of war ina bipolar nuclear world that no longer exists. Invoking it in a very changed
world tends to keep mistrust alive and inhibit the closer international cooperation necessary to address common problems, including the threats ofnuclear proliferation and catastrophic terrorism.
First-use, pre-emption and prevention
While in the past the essence of nuclear deterrence was to demonstrate aneffective capability for a retaliatory strike to deter a nuclear or large-scaleconventional attack against one’s own nation or its allies, now a number ofnuclear-weapon states (France, Russia, the United Kingdom and the UnitedStates) go beyond this position and give nuclear weapons a more varied role.
They now say that they are prepared for the ﬁrst-use of nuclear weapons inregional and local wars and in various selective ways (e.g. to destroy deeply
buried underground hardened sites). Some states with nuclear weapons,
including India, Russia, the United Kingdom, France and the United States,
also maintain the option of the ﬁrst use of nuclear weapons in retaliation for
an attack involving other types of WMD. Of the NPT nuclear-weapon states,
only China has formally renounced the ﬁrst use of nuclear weapons.
The UN Charter is generally interpreted as allowing the use of armed
force in self-defence by a state that is facing an armed attack or to pre-empt
an imminent armed attack. In 2002, however, the United States went beyond
this concept of pre-emption and announced that it would reserve the right touse force, including nuclear weapons, to prevent an attack possibly involving

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WMD, even if the time, place and scale of such WMD attack were uncertain

and not imminent.
The Commission ﬁnds that military doctrines providing for the ﬁrst or
preventive use of nuclear weapons, or for use in retaliation for attacks withweapons other than nuclear, all tend to widen the licence in the doctrine of
nuclear deterrence for actual nuclear war-ﬁghting. They all risk lowering thethreshold for the use of nuclear weapons. They expand the range of scenarios
for the military use of such weapons and are an incentive to develop new
nuclear weapons, all in direct contradiction of commitments made to strive
for nuclear disarmament and all to the detriment of international security.
In Europe, the ﬁrst-use nuclear doctrines of Russia and NATO nuclearweapon states serve no credible military purpose in a Post-Cold War world.
They glaringly contradict the efforts of these countries to work together for
economic and cultural integration, to coordinate sensitive matters such as
the interoperability of peacekeeping forces, and to cooperate in several
WMD -related ﬁelds.
Readiness for use
Nuclear doctrines also dictate how nuclear weapons will be employed andtheir readiness for use. Thousands of US and Russian strategic nuclear warheads are deployed in a so-called triad consisting of submarine-launchedmissiles, ground-based intercontinental ballistic missiles, and long-range
aircraft. Continuing a triad policy leads to redundancy and may fuel the
nuclear arms race. Many such weapons remain on hair-trigger alert and arestill assigned for retaliatory use on short notice – even before the warheads of
one side reach the other’s territory. Since the ﬂight time of US and Russianland-based missiles is between 25 and 30 minutes – signiﬁcantly less for seabased missiles – such nuclear postures risk causing nuclear exchanges byaccident, technical malfunction or strategic miscalculation.
In 1991, then-President George H.W. Bush took the ﬁrst steps in the early
Post-Cold War era to reducing the risks linked to a high operational readiness of nuclear weapons. He ordered a reduction of the level of alert, after
which most of the US nuclear weapons were unloaded from strategic bombers and put into storage. In 1998, Britain announced that the notice to ﬁre
Trident missiles would require days rather than hours. Finally in 2000, theﬁve nuclear powers announced that their weapons were no longer permanently targeted on speciﬁc sites in such countries.
While these decisions reduce the risks of accidents, they can also bereversed at any given time. Missiles deployed in silos can be re-targeted andﬁred in minutes.

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BOX 11

THE TERMINOLOGY OF READINESS
Launch-on-warning is a nuclear posture intended to ensure quick
responses in the event of a missile attack. It requires early-warning and command-and-control systems that use satellites to detect a missile launch fromany location on the globe. These systems then reconﬁrm the launch withlong-range radars and provide assessments to the political leadership, which
may deliver a launch authorization to ICBM command posts and strategic
submarines at sea. Given the short ﬂight times of such missiles, the launchon-warning posture leaves the political leadership only minutes for taking themost dramatic decision imaginable – authorizing a large-scale nuclear war.
Hair-trigger alert applies to missile forces and their early-warning andcommand-and-control systems. It is the readiness needed for a launch-onwarning posture.

Depending on the weapon system and level of desired alert status, there
are several additional approaches to reducing the danger of accidental nuclear
war. The most urgent task is to eliminate the launch-on-warning posture (seeBox 11), a goal that may require some innovative veriﬁcation measures. If
agreed bilaterally, these could include the participation of inspectors fromboth countries in military exercises of their strategic forces or even a permanent presence of liaison ofﬁcers at their strategic command posts.
A more far-reaching, veriﬁable, less reversible, and hence desirable, measure would be to make it technically impossible to launch strategic weapons
on short notice, both for a surprise ﬁrst strike and on warning of such an
attack. Such measures would include removing warheads from delivery
vehicles and putting them in storage, and removing missile nose cones andother such actions.
It is sometimes said that military leaders dislike nuclear weapons, because
while requiring considerable resources they remain ‘theoretical’ weaponsthat cannot be relied upon in ordinary military planning. It is high time that
this sentiment be allowed to migrate into military doctrine. Regrettably andparadoxically, current doctrines seem to allow a wider use of nuclear weapons
than those that applied during the Cold War.

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WMDC RECOMMENDATION

15

All states possessing nuclear weapons should declare a categorical policy of no-ﬁrst-use of such weapons. They should specify
that this covers both pre-emptive and preventive action, as well as
retaliation for attacks involving chemical, biological or conventional weapons.

WMDC RECOMMENDATION16

All states possessing nuclear weapons should review their military plans and deﬁne what is needed to maintain credible nonnuclear security policies. States deploying their nuclear forcesin triads, consisting of submarine-launched missiles, groundbased intercontinental ballistic missiles and long-range bombers,
should abandon this practice in order to reduce nuclear-weapon
redundancy and avoid fuelling nuclear arms races.

WMDC RECOMMENDATION

17

Russia and the United States should agree on reciprocal steps totake their nuclear weapons off hair-trigger alert and should createa joint commission to facilitate this goal. They should undertake toeliminate the launch-on-warning option from their nuclear war
plans, while implementing a controlled parallel decrease in operational readiness of a large part of their strategic forces, through:reducing the number of strategic submarines at sea and lowering their technical readiness to launch while in port;
storing nuclear bombs and air-launched cruise missiles separately from relevant air ﬁelds;
storing separately nose cones and/or warheads of most intercontinental ballistic missiles or taking other technical measures
to reduce their readiness.

Deployment of nuclear weapons
The Commission believes that, more than a decade after the end of the Cold
War, deeper cuts in strategic nuclear weapons are overdue, and new restraints
are equally overdue on non-strategic nuclear weapons.

nuclear weapons

Bilateral reductions by Russia and the United States
The 1991 START I Treaty was followed in 1993 by START II , which provided
for a two-phased process of reducing US and Russian deployed strategic
nuclear warheads down to 3,000–3,500 for each state. The Joint Statement
issued in 1997 after the Clinton-Yeltsin summit at Helsinki contained a framework agreement to pursue these speciﬁc objectives in START III , marking thehigh point in the bilateral Russian– US efforts to achieve an effective reduction
in warhead numbers. However, due to the unilateral termination of the ABM
Treaty caused by the US wish to pursue a strategic missile defence programme, START II never entered into force and negotiations on START II I
were never initiated.
The START treaties only limit the numbers of deployed strategic warheads
and their related delivery vehicles. They also do not require the physicaldestruction of any nuclear warheads.
When such weapons have actually been destroyed, this has occurred morein order to reduce obvious redundancies or to replace aging weapons than toadvance any positive disarmament objective.
This tradition continued in the bilateral Strategic Offensive Reductions
Treaty (SORT) of 2002, in which Russia and the United States agreed toreduce the deployment of strategic nuclear weapons down to levels of 1,700–
2,200 weapons per country by 2012. While continuing the positive downward
trend in deployments, this treaty does not involve any destruction of warheads,
as they will simply be put into storage, nor any counting rules or new veriﬁcation measures. Under SORT, deployments change but the weapons remain.
WMDC RECOMMENDATION

18

Russia and the United States should commence negotiations on a
new strategic arms reduction treaty aimed at reducing their deployments of strategic forces allowed under the Strategic Offensive
Reductions Treaty by at least half. It should include a legally binding commitment to irreversibly dismantle the weapons withdrawn
under the Strategic Offensive Reductions Treaty. The new treaty
should also include transparent counting rules, schedules andprocedures for dismantling the weapons, and reciprocal measures for veriﬁcation.

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WMDC RECOMMENDATION

19

Russia and the United States, followed by other states possessing
nuclear weapons, should publish their aggregate holdings ofnuclear weapons on active and reserve status as a baseline for
future disarmament efforts. They should also agree to include
speciﬁc provisions in future disarmament agreements relating totransparency, irreversibility, veriﬁcation and the physical destruction of nuclear warheads.

Initiatives involving all states possessing nuclear weapons
It is often forgotten that the NPT nuclear disarmament commitment applies
to all states parties. The ‘package deal’ that enabled the indeﬁnite extensionof the treaty in 1995 included a call for this goal to be ‘fulﬁlled with determination’ and urged the nuclear-weapon states to make systematic and progressive
efforts to reduce nuclear weapons globally.
This was in 1995. It is easy to see that the nuclear-weapon states parties to
the NPT have largely failed to implement this commitment and failed to ‘pursue negotiations in good faith’ on nuclear disarmament as required of themunder the NPT. Indeed, all states that have nuclear weapons are still seeking
to modernize their nuclear capabilities.
There is an urgent need for a change of attitude and for progress in thisarea. Whether or not parties to the NPT, states that have acquired nuclear
weapons must decide without further delay how they can contribute to the
nuclear disarmament process. The United States and Russia have huge nuclear
arsenals that no longer serve the original purpose of mutual deterrence. They
have also not engaged in any serious bilateral disarmament talks since concluding SORT in 2002. Progress in implementing the deep reductions proposed above would encourage some downward movement in the size of
nuclear arsenals in other states. Individually or jointly, all state possessing
such weapons must participate in this global effort. Having unilaterally
decided long ago to enter the nuclear club, all nuclear-weapon states must
now recognize that it is their duty to exit.
France and the UK will have to decide whether it will be meaningful toretain costly nuclear arsenals that were developed for an enemy that no longer
exists, in order to meet hypothetical threats against which such weapons areof questionable value. Both countries are now at a crossroads: going down
one road would show their conviction that nuclear weapons are not necessary
for their security, while the other would demonstrate to all other states a belief

nuclear weaponsthat these weapons continue to be indispensable. In addition, by pursuingtheir security interests without nuclear weapons, they would avoid the needfor costly investments in dangerous new nuclear capabilities or replacements
for existing weapons.
China must also contribute to the disarmament effort. The policies it pursues have impacts at both the global and the regional level. China should be
more transparent about its policies and its nuclear capability. By ratifying the
CTBT, China would help to build pressure for more ratiﬁcations and entry
into force. China should also unilaterally declare that, pending an FMCT, it
will refrain from producing ﬁssile material for weapon purposes.
Israel should ratify the CTBT. Israel should unilaterally close its sensitive
fuel-cycle installations and, unilaterally or in parallel with other countries in
the Middle East, renounce any fuel-cycle-related activities for a prolonged
period of time. India and Pakistan should sign and ratify the CTBT anddeclare a moratorium on the production of ﬁssile material for weapons purposes pending an FMCT.
WMDC RECOMMENDATION

20

All states possessing nuclear weapons must address the issue of
their continued possession of such weapons. All nuclear-weapon
states parties to the Non-Proliferation Treaty must take steps
towards nuclear disarmament, as required by the treaty and thecommitments made in connection with the treaty’s indeﬁnite
extension. Russia and the United States should take the lead. Other
states possessing nuclear weapons should join the process, individually or in coordinated action. While Israel, India and Pakistan
are not parties to the Non-Proliferation Treaty, they, too, have aduty to contribute to the nuclear disarmament process.

New limits on deployments of non-strategic nuclear weapons
The end of the Cold War led to major reductions in the deployments of tactical,
or non-strategic, nuclear weapons (see Box 12). The Presidential Nuclear Initiatives of 1991 between Presidents Bush and Gorbachev, conﬁrmed by President
Yeltsin in 1992, were in the form of unilateral undertakings to eliminate ordramatically reduce nuclear warheads deployed on short-range ballistic missiles, nuclear artillery shells and nuclear mines, as well as to remove or reduce
those weapons deployed on surface warships, such as nuclear depth charges.

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BOX 12NON-STRATEGIC NUCLEAR WEAPONS – some deﬁnitions
Other terms: ‘tactical nuclear weapons’, ‘sub-strategic nuclear weapons’
In general, ‘non-strategic’ refers to weapons with a tactical role on the battleﬁeld and that are not intended for use against an enemy’s nuclear missiles orpopulation centres. Yet the distinction has become difﬁcult if not impossible
to sustain, particularly in regional settings. Such weapons include shortrange missiles, artillery shells and nuclear mines.
Yield: This may vary from low to very high. As an example, the yield of theB61 gravity bomb may be set from 0.3 kilotons to 170 kilotons (i.e., 14 times
the yield of the Hiroshima bomb).
Range: Shorter than 1,000 kilometres. This is the deﬁnition set for intermediate-range missiles in the 1997 INF Treaty. However, precise range
deﬁnitions are problematic - for example, an F16 plane with a non-strategic
nuclear weapon has a range of almost 4,000 km.
Dual use: Unlike strategic nuclear weapons, almost all delivery vehicles(missiles, planes, artillery) for non-strategic nuclear weapons have dual,
nuclear and conventional, uses. It is thus harder to monitor their use or
deployment, relative to ICBMs or SLBMs.
Geography: It is hard to distinguish strategic from non-strategic weapons in
the Middle East, South Asia and East Asia, given the short distances and thelimited numbers of weapons.

For Russia, the initiative of 1991 also involved warheads for anti-aircraft
missiles. Russia may have removed from deployment or destroyed up to
17,000 nuclear weapons. In October 1991, the United Kingdom decided toremove 200 nuclear bombs from ships and planes, and France graduallyphased out its short-range ballistic missiles with nuclear warheads.
Thus the situation today with regard to deployments of such weapons is
far more positive than it was 10–15 years ago. Yet, the weapons could still be
redeployed, a concern that could be alleviated by converting the Presidential
Nuclear Initiatives into a legally binding agreement.
The US has reportedly decided that 580 operational B61 nuclear gravity
bombs should be set aside for use by US and NATO aircraft and that morethan 400 of these are authorized for deployment at eight US airbases in six
NATO countries. Russia has always reacted strongly against them saying
that, given the range of NATO aircraft, their effects may be comparable tostrategic nuclear weapons.

nuclear weapons

Political movements and non-governmental organizations in some
European countries have argued that these so-called non-strategic nuclear
weapons should be withdrawn. Contrary to claims long made by the UnitedStates and some other states, it is hard to believe that NATO would not retain
relevance for its member states even if bombers deployed at NATO airbasesby the US stop carrying nuclear weapons. NATO has already undertaken not to
deploy such weapons in Central Europe in peacetime and certain NATOstates have long refused any stationing of nuclear weapons on their territories.
Like NATO during the Cold War, Russia has come to place greater
reliance on its large number of non-strategic nuclear weapons as a counterweight to its perceived conventional military weakness vis-à-vis NATO. At
the same time, Russia has held out the possibility of talks about removing
these weapons, repeating its precondition that all states possessing such
weapons should deploy them only on their own territory, implying that US
weapons should be withdrawn from Europe.
In fact, retaining non-strategic nuclear weapons in Europe may be motivated on NATO’s part by uncertainty over the future evolution of Russian
domestic and foreign policies. Russia’s deployments of such weapons appear
motivated by concern over NATO’s expansion to the east and its worldwide
BOX 13

SOME PROBLEMS WITH NON-STRATEGICNUCLEAR WEAPONS
Numbers: Non-strategic nuclear weapons exist in large numbers. At theend of the Cold War, the Soviet Union reportedly had almost 22,000 warheads for non-strategic weapons and the US had 5,000-6,000 warheads.
Today Russia has 3,000-4,000 operational weapons and the US has about
2,100. Many weapons withdrawn from deployment are only stored and could
be reintroduced.
Diversion risk: This is a serious problem with such weapons, which were
designed to be used on the battleﬁeld. They are generally smaller and morerobust than strategic weapons and their security and safety system, or
permissive-action link, may be less advanced than for a strategic weapon.
This means that they would be easier for outsiders to use, such as a terroristgroup. There is a risk of theft or diversion during transport or storage in the ﬁeld.
Lack of a regime: The Presidential Nuclear Initiatives (1991/1992) are unilateral declarations by Russia and the US. There is no veriﬁcation, no transparency and no legal commitment.

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military operations. The Commission views the risks of future NATO Russian political controversies as an additional reason to remove such weapons
from operational deployment on European soil.
WMDC RECOMMENDATION

21

Russia and the United States should proceed to implement thecommitments they made in 1991 to eliminate speciﬁc types of
non-strategic nuclear weapons, such as demolition munitions,artillery shells and warheads for short-range ballistic missiles.
They should agree to withdraw all non-strategic nuclear weapons tocentral storage on national territory, pending their eventual elimination. The two countries should reinforce their 1991 unilateral
reduction commitments by developing arrangements to ensure
veriﬁcation, transparency and irreversibility.

WMDC RECOMMENDATION

22

Every state that possesses nuclear weapons should make acommitment not to deploy any nuclear weapon, of any type, on
foreign soil.

Development of new nuclear weapons
The possibility of developing new types of nuclear weapons has been exploredin the United States. Similar activities may be under way in other states,
notably China and Russia. US advocates of new so-called low-yield weapons(often called mini-nukes) claim that such weapons would serve to deter othercountries from seeking or using WMD. The Commission believes that developing such weapons, especially those with a lower threshold for use, would
provide more of an inducement to other countries to do the same than adeterrent to proliferation. They would also be inconsistent with commitments made to strive for disarmament.
Many in the US Congress appear to share such concerns. In late 2005, forthe second consecutive year, Congress denied the Administration’s request
for funding of the Robust Nuclear Earth Penetrator, also known as the‘bunker buster’. Congress also denied the Administration’s request for
funds to shorten the time to conduct nuclear tests from 24 months to 18
months. While Congress almost tripled (from $9 million to $25 million) the
Administration’s request for funding the Reliable Replacement Warhead

nuclear weapons(RRW) programme, it also more than doubled (from $25 million to $60
million) the Administration’s request for warhead dismantlement, underscoring ‘the importance of an aggressive warhead dismantlement program’.
While many of these are welcome developments, it is likely that efforts
will continue in several countries to ﬁnd replacements for existing nuclear
weapons and to upgrade such weapons, at least for safety and physical security purposes. The NPT nuclear-weapon states have an obligation vis-à-vis
all states that have voluntarily forsworn nuclear weapons not to develop
nuclear weapons with new military capabilities or for new missions. Of particular concern would be the adoption of doctrines and weapon systems thatblur the distinction between nuclear and conventional weapons, or lower the
nuclear threshold. Such modiﬁcations could over time have a domino effectand give rise to a renewed demand to resume nuclear testing. If research on
nuclear weapons is continued, modiﬁcations should only be for purposes ofsafety and security – and demonstrably so.
WMDC RECOMMENDATION

23

Any state contemplating replacement or modernization of its
nuclear-weapon systems must consider such action in the light of
all relevant treaty obligations and its duty to contribute to the
nuclear disarmament process. As a minimum, it must refrain fromdeveloping nuclear weapons with new military capabilities or for
new missions. It must not adopt systems or doctrines that blur the
distinction between nuclear and conventional weapons or lower
the nuclear threshold.

Disposal of ﬁssile material from warheads
The technical process of disarmament involves various risks to the environment, health and safety, if the dangerous materials are not properly handled.
It is also very costly. Many of the risks relate to weapons-usable ﬁssile material
in nuclear arsenals or other such material in the civilian sector (see Box 14).
States dismantling nuclear weapons should dispose of the ﬁssile material
from warheads safely, securely, and in ways that exclude re-use in weapons.
The most desirable solution is the destruction of the material or its conversion into a form not usable in weapons. It could be used for peaceful purposes
as fuel or be placed in permanent storage, such as in geological repositories.

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BOX 14FISSILE MATERIAL CHALLENGES
A nuclear explosion results from the energy released as atoms of ﬁssile
material are split in a sudden chain reaction. The IAEA has set 8 kilogramsof plutonium and 25 kilograms of highly enriched uranium as ‘signiﬁcantquantities’ that should be detected by safeguards, although nuclear weapons
can be made with less.
Civilian and military stocks of plutonium and highly enriched uranium eachconsists of nearly 2,000 metric tonnes (see table). Although most states
possessing nuclear weapons have stated that they have stopped producing
such material for weapons, some states produce or use such material for
civilian purposes. Highly enriched uranium is used in some research reactors,
various oceanic vessels for civilian and military uses, and the production of
medical isotopes. Some states use plutonium in nuclear fuel.
Global Supplies of Fissile Material*
Type of use

Plutonium

Highly enriched uranium

Total

Civilian
Military

1,700
155

175
1,725

1,875
1,880

Total (metric tonnes)

1,855

1,900

3,755

Fissile material is difﬁcult to produce. It requires more than mastering labscale fuel cycle processes. Outside the eight states that have nuclear weapons (nine if North Korea is included), only a few states possess the industrial
installations to produce signiﬁcant amounts of enriched uranium: Brazil,
Germany, Japan and the Netherlands (Urenco). Japan is the only state outside the nuclear-weapon club that engages in industrial-scale reprocessing.
* From D. Albright and K. Kramer, Bulletin of the Atomic Scientists (November/December 2004).

In 1993, the United States and Russia concluded a bilateral agreement
under which Russia would convert 500 tonnes of highly enriched uranium
into low-enriched uranium for use in nuclear power plants in the United States.
As of 30 June 2005, about half of that material had been converted. In 2000,
the countries signed the Russian- US Plutonium Disposition Agreement,
under which each state committed to what the White House called the ‘safe,
transparent, and irreversible disposition’ of 68 metric tonnes of plutonium,
with 34 tonnes coming from each country.
The pace of the conversion, especially the plutonium, has been slowed due
to a variety of factors, such as lack of ﬁnancial support, bureaucratic delays,nuclear weapons

secrecy and legal disputes. The rate of conversion and peaceful use of theuranium is also limited by market considerations. To increase the pace of the
reduction of stocks of highly enriched uranium, states possessing such stocks
should sell uranium blended to enrichment levels suitable for reactor fuel toother NPT states or use it for their own civil nuclear energy needs.
International expectations
The US and Russia have yet to implement the Trilateral Initiative – an undertaking launched in 1996 involving the US , Russia and the IAEA , to identify
practical means by which redundant ﬁssile material could be placed under
IAEA safeguards without compromising the security of weapon designs or
generating new proliferation risks. This initiative has still not been
implemented due to unresolved issues regarding scope, duration and cost.
Neither state has yet placed any of its warhead material under safeguards
pursuant to this speciﬁc initiative.
Another step is for all nuclear-weapon states to place, as soon as practicable,ﬁssile material designated by each of them as no longer required for military
purposes under IAEA or other relevant international veriﬁcation and makearrangements for the disposition of such material for peaceful purposes toensure that such material remains permanently outside military programmes.
Concrete steps by these two nuclear-weapon states to implement the
Trilateral Initiative and related efforts would help to show their determination to fulﬁl their disarmament commitments. Further delays would only
send the opposite signal.
The United States has unilaterally placed under safeguards some ﬁssile
material that it has deemed to be in excess of its military needs, as has theUnited Kingdom. In October 2005, the United States announced that it
would reserve up to 17 tonnes of highly enriched uranium to help establish asafeguarded fuel reserve to support nuclear-fuel assurances. A month later,
it revealed plans to remove 200 metric tonnes of highly enriched uranium
from its nuclear-weapon stockpile, most of which would be used for nonexplosive military purposes (in naval propulsion systems). 3
Irreversibility
One of the greatest challenges for achieving nuclear disarmament relates tothe problem of ensuring that a state will not renege on its commitments and3. Address of US Energy Secretary Sam Bodman, 2005 Carnegie International Nonproliferation Conference, Washington, D.C., 7 November 2005.

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build or re-build a nuclear arsenal, a problem often called ‘break-out’. The
seriousness of this challenge was recognized at the 2000 NPT Review
Conference. Since nuclear weapons cannot be made without ﬁssile material,
the international community has long attached great importance to ensuring
the strictest of controls over all ﬁssile material. This would require controls
over both material recovered from warheads and weapons-usable ﬁssile
material in the civilian sector.
Irreversibility is difﬁcult to achieve. However, in 1994 the US National
Academy of Sciences proposed two standards to apply to the disposal ofexcess plutonium recovered from nuclear weapons. The ﬁrst – a storedweapon standard – held that excess weapons plutonium should be handled
under controls ‘approximating as closely as practicable the security andaccounting applied to intact nuclear weapons’. The second – a spent-fuelstandard – sought to protect against the reversibility of disarmament by
ensuring that excess weapons plutonium would be made as inaccessible forweapons use as the plutonium in spent fuel.4 In the Commission’s view, these
are reasonable standards to apply to all weapons-usable ﬁssile material.
WMDC RECOMMENDATION24

All states possessing nuclear weapons, notably Russia and theUnited States, should place their excess ﬁssile material from military programmes under International Atomic Energy Agency safeguards. To facilitate the reduction of stocks of highly enriched uranium, states possessing such stocks should sell uranium blended
to enrichment levels suitable for reactor fuel to other Non-Proliferation Treaty states or use it for their own peaceful nuclear energy
needs.

WMDC RECOMMENDATION25

All states possessing nuclear weapons should adopt strict standards for the handling of weapons-usable ﬁssile material deemedexcess to military requirements or recovered from disarmament
activities, as exempliﬁed in the US stored-weapon and spent-fuelstandards.

4. National Academy of Sciences, Committee on International Security and Arms Control,‘Management and Disposition of Excess Weapons Plutonium’ (Washington, D.C.: National
Academies Press, 1994), p. 147.

nuclear weapons

Ending production of weapons-usable ﬁssile material:
a ﬁssile material cut-off treaty
Prohibition of the production of ﬁssile material for use in nuclear weapons
has long had broad support in the world community. It was included as a goalin the package deal that led to the indeﬁnite extension of the NPT in 1995.
The 2000 NPT Review Conference also endorsed it, as have several UN
General Assembly resolutions. In 1995, the Conference on Disarmament
agreed on a negotiation mandate for such a prohibition. However, there havebeen a number of difﬁculties that have so far prevented the CD from producing such a treaty.
The basic rationale for an FMCT is simple: while not alone sufﬁcient tobring about disarmament, ending such production would at least halt the
fresh supply of plutonium and highly enriched uranium for weapons.
Closing the taps should not, in principle, be too difﬁcult to achieve. Of the
ﬁve NPT nuclear-weapon states, only China has not yet ofﬁcially declaredthat it is no longer producing such material for weapons and should do so
without delay. An FMCT also serves important non-proliferation and counterterrorist goals by limiting the size of nuclear arsenals and by reducing the riskthat ﬁssile material for weapons could be diverted or stolen. Moreover, byapplying to enrichment and reprocessing plants in both nuclear-weapon andnon-nuclear-weapon states, it would remove an element of discrimination
between the two categories of states.
While virtually all states ﬁnd an FMCT desirable, difﬁculties remain.
Stocks. Even if fresh production of ﬁssile material for weapons were to be
stopped, states could still make new weapons from stockpiled ﬁssile material. Because such stocks are quite large in some states, particularly in the
United States and Russia, many non-nuclear-weapon states have maintainedthat the treaty should cover such stocks. Others, including the nuclearweapon states, oppose this idea and want to conﬁne the treaty to future
production – a cut-off but not a cut-back. Special regional interests contributeto shaping the attitudes of many states in this matter. Pakistan and Arabstates in the Middle East want stocks to be included, while India and someother states do not.
Veriﬁcation has also become a controversial issue. The world community
long ago appreciated the importance of verifying any agreement to prohibit
the production of ﬁssile material for weapons. Without veriﬁcation, theworld would have little assurance that the production of ﬁssile material for
weapons had in fact ceased. With little controversy, participants at the NPT
Review Conferences in 1995 and 2000 endorsed the goal of negotiating an

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FMCT with veriﬁcation. While veriﬁcation would require that all enrich-ment and reprocessing plants in states parties to the treaty, including nuclearweapon states, would be subject to safeguards, this was thought doable anddesirable. There are, in fact, rather few such plants. Such internationalveriﬁcation is performed by the IAEA in some non-nuclear-weapon states
parties to the NPT: Brazil, Germany, Japan and the Netherlands. It is further
carried out in two nuclear-weapon states, France and the United Kingdom,
pursuant to their Euratom and IAEA safeguards agreements.
However, can veriﬁcation determine with a high degree of conﬁdence thatno ﬁssile material usable for weapons is diverted from industrial-scale installations handling large volumes of such material? This and other difﬁculties,
although recognized, are not seen by most states as insuperable, and the view
dominates that an FMCT without veriﬁcation would be of very limited value,
if not damaging. Nevertheless, in July 2004, after having supported veriﬁcation as a key element in an FMCT, the US reversed its policy and declared that
‘realistic, effective veriﬁcation of an FMCT is not achievable’. This position
is rejected by a large number of states.
The Commission notes that, although the safeguarding of enrichment
plants in non-nuclear-weapon states has long been recognized as posing
special problems, practical solutions were found and were accepted by all
members of the IAEA . The solutions were used in plants in Brazil, Japan andSouth Africa. The Agency thus has long experience of verifying the peacefuluse of such installations. It is true that under an FMCT inspection of all theworld’s enrichment and reprocessing plants, including those in states thathave nuclear weapons, would place a substantial additional workload on the
Agency, especially if civilian nuclear power were to expand. But such an
expansion will take place only over a long period of time, allowing for a gradual increase in the IAEA inspection capacity. The acceptance of IAEA veriﬁcation of fuel-cycle plants in nuclear-weapon states on a voluntary basis
would provide both the Agency and these states experience that would be
useful in any future agreements on disarmament.
The road ahead. The vast majority of the world’s countries continue tosupport veriﬁcation as a part of an FMCT and view with scepticism an unveriﬁed cut-off. The Commission shares this scepticism. Indeed, such a construction would mirror one of the unequal features of the NPT – non-nuclearweapon states must submit all their fuel-cycle activities to safeguards while
nuclear-weapon states have no such obligation.
To overcome the differences over veriﬁcation, and the question relating to
the status of stocks of ﬁssile materials, these issues could be examined on their

nuclear weapons

merits in the course of future negotiations. In addition, either as preparation for
the negotiations or in parallel with them, a Group of Scientiﬁc Experts could
be set up in the Conference on Disarmament, as was done before the CTBT
negotiations, which would be charged with examining technical questions,
including such issues as the scope of the materials to be covered by such atreaty and the speciﬁc measures that would enhance conﬁdence in the veriﬁcation process. In the next few years much experience will be gained by the IAEA
regarding inspection of both enrichment and reprocessing plants, especiallyin Japan. Further valuable experience could be gained if in the same period
nuclear-weapon states would voluntarily submit such plants to inspection.
WMDC RECOMMENDATION26

The Conference on Disarmament should immediately open the
delayed negotiations for a treaty on the cut-off of production ofﬁssile material for weapons without preconditions. Before, or atleast during, these negotiations, the Conference on Disarmamentshould establish a Group of Scientiﬁc Experts to examine technical aspects of the treaty.

WMDC RECOMMENDATION27

To facilitate ﬁssile material cut-off negotiations in the Conference
on Disarmament, the ﬁve Non-Proliferation Treaty nuclear-weapon
states, joined by the other states possessing nuclear weapons,should agree among themselves to cease production of ﬁssile
material for weapon purposes. They should open up their facilities
for such production to International Atomic Energy Agency safeguards inspections, building on the practice of Euratom inspections in France and the UK. These eight states should also address
the issue of veriﬁable limitations of existing stocks of weaponsusable nuclear materials.

Ending all nuclear-weapon tests:
the Comprehensive Nuclear-Test-Ban Treaty
Test explosions are a key step in the design, development and reﬁnement of
nuclear weapons. They have also been widely regarded as a political message:a signal to the outside world that a country has mastered the technology of
nuclear weapons.

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BOX 15NUCLEAR-WEAPON TESTS BY THE FIVE NPT
NUCLEAR-WEAPON STATES, INDIA AND PAKISTANCountryLatestIn the atmosphereor under water

Underground

Total

USA
Soviet Union
France
UK
China
India
Pakistan

1992
1990
1996
1991
1996
1998
1998

217
219
50
21
23
---

815
496
160
24
22
3
2

1,032
715
210
45
45
3
2

530

1,522

2,052

Total

Source: SIPRI Yearbook 1998, Appendix 12B, pp. 562–563.
(Note: SIPRI uses the deﬁnition of a nuclear test found in the Threshold Test-Ban Treaty, whichcounts as a single event simultaneous tests of nuclear devices at a speciﬁc location.)

The adherence of all states to the Comprehensive Nuclear-Test-Ban Treaty
would serve several vital objectives. First of all, it would prevent or inhibit
qualitative improvements in existing weapons. Second, all non-nuclearweapon states parties to the NPT would become participants in the global
veriﬁcation system of the treaty and would be formal stakeholders in thetreaty. Third, universal support of the CTBT, bringing the treaty into force
and operation, would send a strong signal that all the states of the world areonce again on the path to disarmament.
For over half a century the international community has sought an end to
nuclear testing. In the early 1950s public concern was aroused as a result ofboth radioactive fall-out from atmospheric nuclear tests and worries about
the escalating nuclear arms race.
In the years following the ﬁrst nuclear test, conducted in July 1945, morethan 2,000 nuclear test explosions were conducted, initially in the atmosphere and under water, later underground, mostly by the United States andthe Soviet Union, but also by France, China and the United Kingdom (seeBox 15). The NPT nuclear-weapon states have not conducted any nuclear
tests since the CTBT was opened for signature in September 1996. The mostrecent tests were conducted by France and China in 1996 and India andPakistan in 1998.
Several international instruments and many UN General Assembly resolutions underline the need for a comprehensive test ban. The Preamble of thenuclear weapons

Partial Test-Ban Treaty (PTBT) refers to the goal of ‘seeking to achieve thediscontinuance of all test explosions of nuclear weapons for all time’ and ‘tocontinue negotiations to this end’. One of the key components of the package
deal that led to the indeﬁnite extension of the NPT in 1995 was a call for thecompletion of negotiations on a CTBT by 1996. While the CTBT was in fact
adopted by the UN General Assembly and opened for signature in September
1996, it has still not entered into force.
Obstacles to entry into force. When the CTBT was opened for signature in
1996, it was signed by 71 states, including the ﬁve NPT nuclear-weapon
states. As of April 2006, the number of signatories has grown to 176 states,with 132 ratiﬁcations. However, the treaty will only enter into force 180 days
after 44 designated states involved in nuclear activities have ratiﬁed it.
Of these 44 states, only 34 have ratiﬁed it so far. Among the ten that havenot, seven states – China, Colombia, Egypt, Indonesia, Iran, Israel and theUnited States – have signed but not ratiﬁed it. Three states have neither signed
nor ratiﬁed the treaty: India, North Korea and Pakistan.
President Bill Clinton was the ﬁrst leader to sign the CTBT in 1996. However, the US Senate refused in 1999 to provide its consent to ratiﬁcation. The
present US administration does not support the treaty and will not seek its
ratiﬁcation. Yet it has declared that it would continue to observe the 1992
unilateral moratorium on such tests. Although neither India nor Pakistan
has signed either the NPT or the CTBT, they have both committed themselves
not to carry out further nuclear tests.
The Commission believes that a US decision to ratify the CTBT would
strongly inﬂuence other countries to follow suit. It would decisively improvethe chances for entry into force of the treaty and would have more positive
ramiﬁcations for arms control and disarmament than any other single measure.
While no nuclear-weapon tests have been carried out for many years, leaving
the treaty in limbo is a risk to the whole international community. The UnitedStates should reconsider its position and proceed to ratify the treaty. Only the
CTBT offers the prospect of a permanent and legally binding commitment to
end nuclear testing.
The global veriﬁcation regime of the CTBT is already partly operational.
It comprises facilities for seismological, hydro-acoustic, infrasound and radionuclide monitoring, including a network of 321 monitoring stations and 16
radionuclide laboratories. Over 100 stations are already transmitting data.
However, the CTBT Organization (CTBTO) has had difﬁculties collecting
the annual dues owed to the organization. Although political support for the
CTBT remains strong, ensuring continuous ﬁnancing for the veriﬁcation sys-

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tem remains a major challenge. The Commission considers the monitoring
system to be essential to the continued credibility of the CTBT and encourages all signatories to support it politically and ﬁnancially.
WMDC RECOMMENDATION28

All states that have not already done so should sign and ratify
the Comprehensive Nuclear-Test-Ban Treaty unconditionally andwithout delay. The United States, which has not ratiﬁed the treaty,
should reconsider its position and proceed to ratify the treaty,
recognizing that its ratiﬁcation would trigger other required
ratiﬁcations and be a step towards the treaty’s entry into force.
Pending entry into force, all states with nuclear weapons should
continue to refrain from nuclear testing. Also, the 2007 conferenceof Comprehensive Nuclear-Test-Ban Treaty signatories should
address the possibility of a provisional entry into force of the treaty.

WMDC RECOMMENDATION29

All signatories should provide ﬁnancial, political and technicalsupport for the continued development and operation of the veriﬁcation regime, including the International Monitoring System, theInternational Data Centre and the secretariat, so that the CTBTO isready to monitor and verify compliance with the treaty when it
enters into force. They should pledge to maintain their respective
stations and continue to transmit data on a national basis under all
circumstances.

FROM REGULATING NUCLEAR WEAPONSTO OUTLAWING THEM
Nuclear weapons must never again be used – by states or by terrorists – andthe only way to be sure of that is to get rid of them before someone, somewhere is tempted to use them.
Today, we are in a dangerous situation. There has been a third wave of
nuclear proliferation. Proliferation has not been halted and serious steps tooutlaw nuclear weapons have not been taken.
5. President Reagan’s Second Inaugural Address, Monday, 21 January 1985.

nuclear weapons

President Ronald Reagan said in his second inaugural address: ‘We seek
the total elimination one day of nuclear weapons from the face of the Earth’. 5This was in 1985. The Commission concurs. Nuclear weapons are remnantsof the Cold War. It is time to outlaw them, as the world has done in the caseof chemical and biological weapons.
In a landmark advisory opinion, the International Court of Justice agreed
unanimously that:‘There exists an obligation to pursue in good faith and bring to a conclusion negotiations leading to nuclear disarmament in all its aspects understrict and effective international control.’Such an obligation requires that states actively pursue measures to reduce
the numbers of nuclear weapons and the importance of their role in militaryforce structures. Yet, even though nuclear-weapon states ask other states toplan for their security without nuclear weapons, they do not themselves seemto be planning for this eventuality.
A key challenge is to dispel the perception that outlawing nuclear weapons is a utopian goal. A nuclear disarmament treaty is achievable and can bereached through careful, sensible and practical measures. Benchmarks
should be set; deﬁnitions agreed; timetables drawn up and agreed upon; andtransparency requirements agreed. Disarmament work should be set inmotion. This chapter identiﬁes many measures and initiatives that would
move the world towards nuclear disarmament. It is time to move from thepresent stalemate and revive the discussion and negotiations about such steps.
In 1956 President Dwight D. Eisenhower said:‘If men can develop weapons that are so terrifying as to make the thoughtof global war include almost a sentence for suicide, you would think thatman’s intelligence and his comprehension … would include also his ability
to ﬁnd a peaceful solution.’6
The Commission believes that President Eisenhower was right.
WMDC RECOMMENDATION30

All states possessing nuclear weapons should commence planning for security without nuclear weapons. They should start preparing for the outlawing of nuclear weapons through joint practical and incremental measures that include deﬁnitions, benchmarks and transparency requirements for nuclear disarmament.

6. President Dwight D. Eisenhower, Press Conference, Washington, D.C., 14 November 1956.

109

chapter 4

Biological andtoxin weapons

chapter 4

Biological and toxin weapons

B

iological warfare and bioterrorism involve the deliberate cause or spreadof disease by biological agents, used as a weapon. Such weapons havethe potential to cause immense human harm, panic and societal disruption.
Although governments have long understood that eliminating the threats
posed by these weapons will require extensive international cooperation, theneed for such cooperation is more urgent today than ever.
This urgency arises from several converging developments. One concerns
the rapid evolution in the life sciences, with possibly unforeseen, dangerous
consequences. Another is that the 1972 Biological and Toxin Weapons Convention lacks a capacity for monitoring and veriﬁcation, implementation andenforcement. An additional problem is that many governments have not
adopted or fully implemented national legislation and other instruments toensure fulﬁlment of their obligations. Yet another concern arises from thepossible misuse or negative impact of biodefence programmes, such as theirpotential to provide cover for the illegal development or maintenance of biological weapons-related expertise. Furthermore, there is a heightened fear of
the impact of terrorist actions, coupled with profound concern that modern
economies may be particularly vulnerable to disruption from the deliberatespread of disease.
The Commission recognizes that strengthening the prohibition embodied
in the BTWC is a necessary, but not sufﬁcient, requirement for dealing withthese intractable, interrelated problems.
In view also of the potentially rising threat posed by the acquisition anduse by terrorists of these weapons, there is a growing need for the public to bebetter informed. People need to be aware not only of the risks, but also about
what to do in an emergency. This will require striking a delicate balance
between the public’s legitimate right to know and the duty to minimize therisk of causing collective disruption or panic.
One problem is that most biological agents that have the potential to be
used as weapons also exist in nature. Thus it may be difﬁcult in the early stages
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biological weapons

BOX 16

Biological weapons can be subdivided in several ways. One way is toconsider the type of agent that causes disease, such as bacteria, viruses or
toxins. Another is to look at the types of effects, such as a disease that canbe transmitted between humans (contagious) or only affects those directly
exposed to the biological agent. A third way is to look at symptoms – for example,
some diseases might normally lead to death while others might incapacitate
their victims or lead to changes in behaviour.

of an outbreak to determine whether a disease has been deliberately inducedor has occurred naturally. While the immediate priority following theoutbreak of disease will be to respond quickly to mitigate its effects, bothgovernments and the public need to know whether this is a natural occurrence or a man-made one for which the perpetrators must be found.
In the 21st century, the ever-expanding global transport of goods andlivestock, and the growth in international travel, mean that an outbreak of ahighly contagious disease in one place could quickly spread around theworld. Inevitably, scientiﬁc advancements in biotechnology and the wide
spread of facilities capable of producing biological agents make it exceedingly
difﬁcult to pinpoint potential biological threats.

PROHIBITION OF BIOLOGICAL WEAPONSThe use of poisonous substances as weapons of war was prohibited before
World War I. Nevertheless, poisonous gas was used extensively in that war.
This caused such abhorrence that the international community decided toprohibit the use of both chemical and biological weapons in war. The Protocol for the Prohibition of the Use in War of Asphyxiating, Poisonous or Other
Gases and of Bacteriological Methods of Warfare (the Geneva Protocol) was
signed in 1925 and entered into force in 1928 (see Box 17). The Protocol bansthe use – but not the production, stockpiling or deployment – of such weapons.
Many states reserved the right to retaliate in kind if attacked with the prohibited weapons. Although the norm held for most of World War II , biological weapons were used by the Japanese military in attacks and experiments
conducted against wartime opponents. During the war, other states also
conducted biological warfare research. After World War II , a number of biological warfare research programmes were undertaken, the largest of which

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BOX 17

THE GENEVA PROTOCOL
Protocol for the Prohibition of the Use in War of Asphyxiating Gas, and of
Bacteriological Methods of Warfare
Signed on 17 June 1925 and entered into force on 8 February 1928

Prohibits the use in war of asphyxiating, poisonous or other gases, and of
all analogous liquids, materials or devices
Prohibits the use of bacteriological methods of warfare
Commits the parties to exert every effort to induce other States to accede
The prohibitions ‘shall be universally accepted as a part of InternationalLaw, binding alike the conscience and the practice of nations’.

were conducted by the Soviet Union and the United States – the diseases thatwere made to be used as weapons included anthrax, smallpox, plague andtularaemia.
The Convention on the Prohibition of the Development, Production andStockpiling of Bacteriological (Biological) and Toxin Weapons and on Their
Destruction (BTWC ) was signed in 1972 and entered into force in 1975. The
BTWC bans the development, production, stockpiling and acquisition of biological and toxin weapons and requires the destruction or conversion of such
weapons or delivery means. The Convention embodies the principle known
as the general purpose criterion under which all relevant activities are prohibited unless they can be justiﬁed for the peaceful purposes permitted under
the Convention, including justiﬁcations relating to types and quantities ofmaterials being used for prophylactic, protective or other peaceful purposes.
The BTWC (as of April 2006) has 155 parties – fewer than either the NPTor the CWC . A further 16 states have signed but not ratiﬁed the Convention,
while more than 20 states have neither signed nor ratiﬁed it (see Box 18). In
order for the overall regime to be strengthened the parties need to promote
universal adherence to the Convention.
The BTWC has no provision for the formal monitoring or veriﬁcation ofcompliance or implementation. Unlike the CWC , there is no central institution or veriﬁcation regime for the BTWC .
Widespread concern about how conﬁdence in compliance with the BTWC
could be enhanced led the BTWC parties to convene in 1991 an Ad Hoc Groupof Governmental Experts to Identify and Examine Potential Veriﬁcation
Measures from a Scientiﬁc and Technical Standpoint (VEREX). The ﬁnal reportof VEREX , with recommendations, was presented to a Special Conference of

biological weapons

BTWC states parties in 1994. This conference agreed to develop a legally bind-ing instrument to strengthen the effectiveness and improve the implementationof the BTWC.
Negotiations on a veriﬁcation protocol began in 1995 and continued
through 2001, when they were brought to a sudden halt by the withdrawalof the support of the United States. The 2001 Review Conference had to besuspended. By the time it reconvened in 2002 it was clear that the draft
veriﬁcation protocol, at least as negotiated, would go no further without
support from the US. The Review Conference was able only to adopt a decision
to hold annual expert and political meetings of states parties until the end of
2006, when the Sixth Review Conference is to be held.
As mentioned above, a signiﬁcant development was the adoption in 2004
by the UN Security Council of Resolution 1540, which is binding on all UN
member states. It reafﬁrms the need for all states to fulﬁl their obligations inrelation to arms control and disarmament and to prevent proliferation in all
its aspects of all weapons of mass destruction. The resolution requires allstates to ‘adopt and enforce appropriate effective laws which prohibit any
non-state actor to manufacture, acquire, possess, develop, transport, transfer
or use nuclear, chemical or biological weapons or their means of delivery’and to ‘enforce effective measures to establish domestic controls’ to prevent
their proliferation. This in effect enhances Article IV of the BTWC , whichcalls on states parties to prohibit the acquisition of biological weapons by
any person under their jurisdiction or control.

PROSPECTS FOR THE FUTURE

Strengthening the role of the Convention
The biological threat poses multifaceted challenges and requires multifaceted
solutions. So far, however, there is scant agreement on how to move forward.
Some states have abandoned any hope of strengthening international
conﬁdence in compliance. Some are still seeking to revive the idea of the veriﬁcation protocol. Others now want to move on and build bridges between
collective, treaty-based mechanisms and other approaches.
In the Commission’s view, efforts to achieve some level of multilaterally
agreed principles and powers should be pursued, although the complexitiesof the challenge make it necessary to counter biological-weapon threats from avariety of angles. The international community should focus simultaneously

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on the following types of activity, all of which contribute to the overall regime
for control of the hostile uses of the life sciences.
strengthening and effective enforcement of international agreements,
including monitoring and reporting
increasing public health awareness combined with enhanced health andsafety regulations, measures and resources
controls on transfers of material and equipment
norm building among all those engaged in the life sciences and in society
as a whole
public information
counter-terrorism intelligence and tools.
Although a number of different solutions have been proposed, states havefailed to address the complete range of possibilities in the context of thecurrent series of annual meetings of the BTWC states parties. Some of thesolutions that have been proposed are for strengthening the UN’s veriﬁcation
capacities, either directly associated with the BTWC or as part of an effort tobuild on the lessons and institutional capabilities of UNMOVIC . Others focus
on developing codes of conduct, ethics and accounting for scientiﬁc and medical activities, strengthening the capability of health systems to discover andtreat the spread of disease, as well as increasing worldwide awareness of thedangers of biological attack by means of a public information campaign.
A multifaceted approach is required – one that strengthens the multilateral normative and legal prohibition regime, while linking it with otherkinds of governmental and non-governmental, national and international
measures. The nuclear and chemical industries cooperate actively withgovernments and have found this to be in their interest. Bioindustry can andshould do likewise. It has much to gain in credibility and respectability bycooperating in preventing abuse of biotechnology, as the nuclear and chemical industries have in their respective ﬁelds. However, a key to progressworldwide would be for the US to commit itself actively to international
approaches and instruments.
Despite its shortcomings – the lack of veriﬁcation arrangements and permanent institutional support – the BTWC remains the only multilateral treaty
with a broad consensus that provides an international standard by whichbiological activities can be judged.
The last full review of the operation of the BTWC was in 1991. In view ofdevelopments since then, the parties need to carry out a full review during the2006 Review Conference. It is crucially important for the BTWC states par-

biological weapons

BOX 18NON-PARTIES TO THE BTWC
States that have signed but not yet ratiﬁed:
Burundi, Central African Republic, Cote d’Ivoire, Egypt, Gabon, Guyana,
Haiti, Liberia, Madagascar, Malawi, Myanmar, Nepal, Somalia, Syria, United
Arab Emirates, Tanzania
Non-signatory states:
Andorra, Angola, Cameroon, Chad, Comoros, Cook Island, Djibouti, Eritrea,
Guinea, Israel, Kazakhstan, Kiribati, Marshall Islands, Mauritius, Micronesia,
Mozambique, Namibia, Nauru, Niue, Samoa, Trinidad and Tobago, Tuvalu,
Zambiaties to use the Sixth Review Conference, to be held in late 2006, to reassert
the Convention’s role as the central component of the overall regime andagree on concrete measures to implement it. The Commission’s recommendations aim at making maximum use of this opportunity.
WMDC RECOMMENDATION

31

All states not yet party to the Biological and Toxin Weapons Convention should adhere to the Convention. The states parties to the Convention should launch a campaign to achieve universal adherenceby the time of the Seventh Review Conference, to be held in 2011.

National implementation
There is a need to enhance national BTWC implementation, including thedevelopment of national legislation and enforcement procedures. Security
Council Resolution 1540 requires that all states shall ‘adopt and enforce
appropriate effective laws which prohibit any non-state actor to manufacture, acquire, possess, develop, transport, transfer or use nuclear, chemical
or biological weapons or their means of delivery’ and ‘enforce effective
measures to establish domestic controls’ to prevent their proliferation.
The effectiveness of the prohibitions of the BTWC depends on the fullnational implementation of the Convention through national legislation andregulations. Given the uneven level of activity and expertise among the
BTWC states parties, interested governments should promote a network ofdesignated national authorities or functional focal points. Such a network

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could coordinate implementation support and assistance. It could promote
best-practice models for national legislation and training in the range ofactivities needed to ensure national compliance; it could share information
to assist parties to comply with all their BTWC obligations; and it could serve
as a clearing-house for technical assistance and advice.
Conﬁdence-building measures (CBMs) can play an important role. The
second BTWC Review Conference, held in 1986, agreed that parties shouldmake annual declarations on various biological weapon-related matters inan effort to increase transparency and build conﬁdence. These were revisedand expanded in 1991, at the third Review Conference. However, participation in the CBMs has never been high and has been declining. The annual
declarations are collated by the UN Department for Disarmament Affairs
and distributed only to parties. (They can be made in national languages,
and are not even translated.) So far, only three countries – Australia, the UK
and the US – have made their declarations public. Given that the data are notpublicly reviewed, little political attention is paid to them and states therefore have little incentive to report.
While CBMs increase transparency, they can in no sense be described asmeasures for monitoring or veriﬁcation. However, they offer a way for stateson their own initiative to promote and demonstrate effective implementationof the BTWC , thus adding to the impetus for multilateral veriﬁcation. BTWC
parties that wish to indicate their support for a multilateral veriﬁcation system for the Convention could use the CBMs to demonstrate their commitment to reporting publicly the record of BTWC -relevant activities under theirjurisdiction.
WMDC RECOMMENDATION

32

To achieve universal adoption of national legislation and regulations to implement the Biological and Toxin Weapons Convention
completely and effectively, the states parties should offer technical assistance and promote best-practice models of such legislation. As a part of the conﬁdence-building process and to promotetransparency and harmonization, all states parties should makeannual biological-weapon-related national declarations and makethem public.

biological weapons

Institutional deﬁcit
The BTWC has no standing institution to monitor and oversee complianceand implementation. Nor is any related monitoring institution able to perform the functions that the OPCW carries out for the CWC or that the IAEA
performs for the NPT. Over the years there have been various attempts toaddress this institutional deﬁcit. In addition to the formal negotiations in the
1990s for a BTWC protocol, these include: the use of the compliance consultation mechanism agreed by the 1996 Review Conference (and used to addressa 1997 allegation by Cuba against the United States); the UN SecretaryGeneral’s mechanism to investigate allegations of breaches of the 1925 Geneva
Protocol; conﬁdence-building measures; and voluntary veriﬁcation arrangements, most notably the short-lived US – UK–Russia trilateral initiative toinvestigate allegations about Soviet breaches of the BTWC .
WMDC RECOMMENDATION

33

States parties to the Biological and Toxin Weapons Convention
should enhance the investigatory powers of the UN SecretaryGeneral, ensuring that the Secretary-General’s ofﬁce can rely
upon a regularly up-dated roster of experts and advice from theWorld Health Organization and a specialist unit, modelled on the
United Nations Monitoring, Veriﬁcation and Inspection Commission,
to assist in investigating unusual outbreaks of disease and allegations of the use of biological weapons.

WMDC RECOMMENDATION

34

States parties to the Biological and Toxin Weapons Convention
should establish a standing secretariat to handle organizational
and administrative matters related to the treaty, such as Review
Conferences and expert meetings.

Implementation of the Convention
States parties should also agree to consider ways and means to strengthen theeffectiveness and improve the implementation of the BTWC by adopting asubstantive programme of work for the ﬁve years following the 2006 Review
Conference, starting with regular annual meetings from 2007. It is time forall states parties to make a fresh start and not be distracted by previous disagreements.

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As noted above, nowadays the transport of goods and relative ease of international travel mean that an outbreak of a transmissible disease in one place
could spread quickly throughout the world. Inevitably, scientiﬁc advancements in biotechnology and the widespread availability of facilities capableof producing biological agents make it more difﬁcult to prevent the development of biological weapons and complicate efforts to ensure their nonproduction and the elimination of stocks.
The effects of biological weapons can be limited by putting in place measures for early discovery and for alerting the public quickly and effectively. In
addition to the work of upgrading national and international public healthsystems, there needs to be a more effective system to enable containment orquarantine to be put into effect. Such practices made a difference in containing the SARS outbreak in 2003, but they need to be better coordinated internationally. More can also be done to exchange information and equip local
health services with better training and resources, including vaccinations orother prophylactic measures.
At the same time, it must be recognized that, since biological weapons canbe disseminated by means of air, food or water and it is not possible to predict where, when and with what a bioterrorist might strike, full protection is
not possible to achieve. The point is to be as well prepared as possible. This
calls for cooperation between civilian health and security-oriented authorities,
nationally, regionally and worldwide. Such preparations will increase thechances of saving lives and limiting the effects of an attack, but enhanced
education and health resources will be intrinsically valuable for individual
countries and civil society. Raising public awareness will also help enhance
the stigma attached to biological weapons, especially to their use by states.
Better preparedness may avert or reduce the effects of terrorist attacks.
Therefore, there is a need to establish clear international standards for, andto jointly implement, the approaches that are particularly relevant for dealing with non-state (i.e. terrorist) menaces – better identiﬁcation, consolidating and guarding of dangerous biomaterials, facilities and knowledge, plus
urgent international cooperation to destroy left-over and unwanted stocks,
coupled with better controls on the export and transit of related objects. (Onthese issues see also Chapter 7 of this report.)
In addition, all states should implement fully the new International HealthRegulations that were adopted by the World Health Organization in May
2005; they comprise legally binding provisions for member states on sharing
epidemiological information about health emergencies that could have international ramiﬁcations.

biological weapons

WMDC RECOMMENDATION

35

Governments should pursue public health surveillance to ensure
effective monitoring of unusual outbreaks of disease and develop
practical methods of coordinating international responses to any
major event that might involve bioweapons. They should strengthen
cooperation between civilian health and security-oriented authorities, nationally, regionally and worldwide, including in the framework of the new International Health Regulations of the World
Health Organization. Governments should also review their national
biosafety and biosecurity measures to protect health and the environment from the release of biological and toxin materials. They
should harmonize national biosecurity standards.

Life sciences and the role of scientists
Devising measures to strengthen individual responsibility in scientiﬁc
research involves a delicate balance between the legitimate quest for new
knowledge, especially in ﬁelds where advances can greatly enhance medical
and other kinds of peaceful developments, and the dangers to society inherent in certain kinds of work.
Some projects of the Cooperative Threat Reduction programme havebeen directed towards retraining weapon scientists and, where possible,
ﬁnding ways for their skills to be used in the service of non-proliferation andsecurity.
In addition to transfer or export controls and supply-side restrictions onsome activities or materials, which may also be necessary, there is a need for
all countries and competent institutions to provide bioweapon awarenesstraining for biologists and biotechnologists working in the public and private
sectors. Speciﬁcally, two kinds of normative approach should be actively
considered, separately or combined – a code of ethics and a code of conduct(this matter is currently examined in separate processes in the United Nations
Educational, Scientiﬁc and Cultural Organization, UNESCO, and the International Committee of the Red Cross, ICRC ). A code of ethics may be thoughtof as a short, generic, scientiﬁc Hippocratic oath whereby those engaged in
the life sciences (on entry to higher-education science courses or on graduating) pledge to use science only for the beneﬁt of humanity. Codes of conduct
or codes of practice, in contrast, are envisaged more as a professional guideto good practice that would be part of science education from secondary

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school to university and professional training, to raise awareness of the moral
issues as well as instilling good practices for maintaining the security ofmaterials, facilities and sensitive technologies. (On these issues see also
Chapter 7 of this report.)
In 2003, the focus of the inter-sessional BTWC meetings was on the adoption of national implementation measures, including the enactment of penal
legislation, and on the establishment and effective implementation of national
mechanisms to maintain the security and oversight of pathogenic organisms
and toxins. The 2004 meetings focused on enhancing international capabilities for responding to, investigating and mitigating suspected or actual
BTWC threats or attacks. They also emphasized the need to strengthen andbroaden national and international institutional efforts and mechanisms forsurveillance, detection, diagnosis and the combating of infectious diseases
that affect humans, animals or plants. They emphasized the importance ofearly detection and immediate and effective response, and they encouraged
further cooperation between national institutions and emergency services
and international organizations, such as the World Health Organization(WHO), the World Organisation for Animal Health (OIE) and the UN Foodand Agriculture Organization (FAO). The 2005 meetings discussed the content, promulgation and adoption of codes of conduct for scientists.
The Sixth Review Conference, to be held later this year, is to assess theresult of this work programme and decide on further action.
Potential problems may emanate from rapid developments in the life
sciences, including new understandings of genes and proteins that could
eventually outpace national and international efforts to prevent, control ormanage the hostile uses of biology. In recent years, materials and technologies have become accessible to many more researchers and technicians
through the pharmaceutical and biotechnology industries. In addition, thereis the possibility that terrorists could recruit highly skilled scientists. This
assessment has to be qualiﬁed, however: while it could be within the reach ofa group of skilled biologists to concoct a lethal biological agent, it requires adifferent set of skills, expertise and equipment to weaponize it and to targetand deliver it over a large population. There is little evidence that terroristgroups presently are capable of doing this.

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WMDC RECOMMENDATION36

At the Sixth Review Conference, in 2006, the states parties to the
Biological and Toxin Weapons Convention should reafﬁrm common
understandings reached at previous review conferences and takeaction on all subjects addressed at Convention meetings since2003. They should also establish a work programme on additional
topics for future meetings. States parties should ensure more
frequent reassessment of the implications of scientiﬁc and technological developments and reafﬁrm that all undertakings under
Article I of the Biological and Toxin Weapons Convention apply tosuch developments. This Review Conference should reafﬁrm thatall developments in the life sciences fall within the scope of theConvention and that all developments in the life sciences for
hostile purposes are prohibited by the Convention.

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chapter 5

Chemicalweapons

chapter 5

Chemical weapons

The abhorrence of the use of ‘poison’ as a weapon has deep roots in history.
The 1899 Hague Declaration prohibited the use of projectiles whose sole
object was ‘the diffusion of asphyxiating and deleterious gases’. The 1907
Hague Convention IV prohibited the use of ‘poison and poisoned weapons’.
Nevertheless, gas – most often mustard gas – was used extensively in WorldWar I. The public was horriﬁed. As a result, the Geneva Protocol (Protocol
for the Prohibition of the Use in War of Asphyxiating, Poisonous or Other
Gases, and of Bacteriological Methods of Warfare) was adopted in 1925.
The Geneva Protocol, while expanding the existing bans to cover also
‘bacteriological’ weapons, applied only to their use. It imposed no restriction
on development, production and stockpiling. Many of the states that ratiﬁed
the protocol expressly reserved the right to use the otherwise prohibited
weapons against an enemy state not party to the Protocol, or – as retaliation
BOX 19THE MAIN TYPES OF CHEMICAL WEAPONS:
Nerve agent: highly lethal, kills in very small dosages. E.g. sarin, soman, VX.
Blistering agent: causes burns and blisters on the body, damages eyes. If
inhaled it severely damages the lungs, which often leads to death. E.g. mustard
sulphurous gas, lewisite.
Asphyxiating agent: causes damage to the lungs. E.g. phosgene, mustard gas.
Psychotomimetic agent: causes a hallucinatory effect similar in kind to thatof LSD. E.g. BZ.
Incapacitating agent: relies on irritants and toxic effects to incapacitate aperson temporarily. Depending on purpose of use they might be allowed
under the CWC. E.g. tear gas, CS.
Possible new agents: research on new ways of affecting the human brain tocause aggressiveness, sleepiness, fear or other emotions. E.g. bioregulators.

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in kind – against a party using chemical weapons in violation of its obligations under the Protocol.
In the inter-war period, chemical weapons were used by Spain in Morocco,
by Italy in Abyssinia and by Japan in China. In World War II, poisonous
gases killed millions in Nazi concentration camps, and chemical weapons
were used in Asia. But they were not used on European battleﬁelds. Since theend of that war chemical weapons have been used by Egypt in North Yemen(1963–67); in the Iraq–Iran war (1980–88); and by the Iraqi Government
against its own Kurdish civilian population. In the Vietnam War, defoliants
and CS gas were used by the United States.
Although states have been the major users of chemical weapons, current
concerns are primarily about the use of these weapons by terrorists.

THE CHEMICAL WEAPONS CONVENTION
After some 20 years of negotiations, a complete ban on the development,
production, stockpiling and use of chemical weapons ﬁnally came into effectin 1997, when the Chemical Weapons Convention (CWC) entered into force.
There are 178 parties to the CWC as of April 2006. Containing extensive
BOX 20

DEFINITION OF CHEMICAL WEAPONS (CWC ARTICLE II):
1. ‘Chemical Weapons’ means the following, together or separately:(a) Toxic chemicals and their precursors, except where intended for purposes
not prohibited under this Convention, as long as the types and quantities
are consistent with such purposes;(b) Munitions and devices, speciﬁcally designed to cause death or otherharm through the toxic properties of those toxic chemicals speciﬁed insubparagraph (a), which would be released as a result of the employment of such munitions and devices;(c) Any equipment speciﬁcally designed for use directly in connection withthe employment of munitions and devices speciﬁed in subparagraph (b).
2. ‘Toxic Chemical’ means:
Any chemical, which through its chemical action on life processes can cause
death, temporary incapacitation or permanent harm to humans or animals.
This includes all such chemicals, regardless of their origin or of their methodof production, and regardless of whether they are produced in facilities, inmunitions or elsewhere.

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BOX 21

WHICH CHEMICALS ARE CONTROLLED?
Schedule 1 chemicals include those that have been or can easily be used as
chemical weapons and which have very limited, if any, uses for peaceful purposes. These chemicals are subject to very stringent restrictions, including
ceilings on production (1 tonne per annum per state party) and possession,
licensing requirements and restrictions on transfers. These restrictions
apply to the relatively few industrial facilities that use such chemicals. Someof these chemicals are used as ingredients in pharmaceutical preparations
or as diagnostics. Others are produced and used for protective purposes,
such as for testing CW protective equipment and chemical agent alarms.
Schedule 2 chemicals include those that are precursors to, or that in somecases can themselves be used as, chemical weapon agents, but which havea number of other commercial uses (such as ingredients in resins, ﬂameretardants, additives, inks and dyes, insecticides, herbicides, lubricantsand some raw materials for pharmaceutical products).
Schedule 3 chemicals include those that can be used to produce, or can beused as, chemical weapons, but which are widely used for peaceful purposes (including plastics, resins, mining chemicals, petroleum reﬁning fumigants, paints, coatings, anti-static agents and lubricants).
Discrete Organic Chemicals (DOCs) are among those chemicals not speciﬁcally listed in the Schedules or anywhere in the Convention. Manufacturing operations producing DOCs are referred to as ‘other chemical production facilities’. These plant sites are subject to declarations and veriﬁcation
requirements if they produce in aggregate more than 200 tonnes of DOCs
annually. They are also subject to these requirements if they comprise
plants at which more than 30 tonnes of any DOCs containing the elements
phosphorous, sulphur or ﬂuorine (PSF chemicals) are produced. Thousandsof plant sites have been declared to the OPCW.

veriﬁcation measures, the CWC requires states parties to declare and then todestroy all stocks of chemical weapons within 10 years of entry into force (by2007), with a possible extension of up to ﬁve years (by 2012). Most importantly, the Convention completely prohibits their future development, production, stockpiling, transfer and use.
Unlike the NPT, which allows ﬁve states to retain nuclear weapons, allrules in the CWC are non-discriminatory. They apply equally to all its parties,
whether they are great powers or small. Another important difference
between the treaties is that, unlike the NPT, the CWC establishes well-chemical weapons

BOX 22

THE CWC IMPLEMENTATION AND INSPECTION BODYThe Organisation for the Prohibition of Chemical Weapons (OPCW), basedin The Hague, monitors the implementation of the CWC. The OPCW has astaff of fewer than 500, including some 180 inspectors who are trained andequipped to inspect military and industry facilities in member states. By April
2006, OPCW inspection teams had carried out over 2,300 inspections at
more than 700 sites in 74 countries.

deﬁned authorities – a Conference of the States Parties, an Executive Council
and a Technical Secretariat – to be responsible for the operation and implementation of the Convention.
The comprehensive prohibition of the acquisition, production and use ofchemical weapons has been a success. However, a number of challenges
remain. They are listed in one document and two plans of action that wereadopted by the 2003 CWC Review Conference. The problems, which are
addressed below, include:
A failure to meet CWC deadlines for destruction of chemical weapon stocks
Several states still have not joined the CWC
A continued interest among states in the development of non-lethal chemical
weapons, such as incapacitants
Shortcomings in veriﬁcation and inspection activities
Limited applicability to non-state actors (terrorists)
Uneven implementation among state parties

Destroying the chemical-weapon stockpiles
Only the complete destruction of all stockpiles of chemical weapons will
ensure that these weapons cannot be used by states or terrorist groups andthat there can be no accidental releases. The CWC requires that states declareand then destroy their stockpiles by 2007 in accordance with an agreed
schedule. However, a major problem in the implementation of the CWC has
been and remains the slow rate of destruction of the vast chemical weaponarsenals built up by the United States and the Soviet Union during the Cold
War, as well as of those abandoned by Japan in China during World War II .
The high cost of destruction and the environmental and safety concernsof local populations have contributed to these delays. These are urgent challenges to overcome. High cost must not serve as an excuse.

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With approximately 40% of the United States’ chemical weapon stocks
destroyed, the US Government Accountability Ofﬁce has reported that
destruction would be completed in 2012 at the earliest. US delays are partly
due to environmental and safety concerns.
The ﬁgures for Russia are even less satisfactory. Only approximately 4%of the Soviet Union’s 40,000-tonne stockpile has been destroyed. Russia’s
destruction programme receives ﬁnancial and technical assistance from theUnited States and the Cooperative Threat Reduction-type programmes of
the European Union. Some causes of the delay have been the low levels of federal Russian funding, inefﬁcient use of foreign assistance and persistentbureaucratic problems. However, during 2005 there were several positive
developments in the Russian destruction programme. Still, notwithstanding
Russia’s improving economy and additional Russian resources combinedwith continued international assistance to Russia’s destruction programme,
it seems unlikely that the entire Russian chemical-weapon stockpile will be
destroyed by 2012.
In addition to the destruction programmes in Russia and the United States,
programmes to destroy chemical weapon stockpiles are also being carriedout in Albania, India, Libya and South Korea, and efforts are ongoing todestroy the chemical weapons that Japan left in China after World War II.
WMDC RECOMMENDATION

37

States parties to the Chemical Weapons Convention must provide
adequate resources to ensure that there are no undue delays in
the agreed destruction of chemical weapon stockpiles.

Promoting universality
Sixteen states, as of April 2006, have not ratiﬁed the CWC , for a variety ofreasons:
Some may have chemical weapon programmes and may consider it not to
be in their security interests to become a party.
Some may not have chemical weapon programmes but may withhold participation for reasons of regional political leverage.
Some have signalled an interest in joining the CWC but have not yet done so.
Some may have no chemical industries and see no reason to join andﬁnance the implementation of a treaty that does not directly affect them.

chemical weapons

BOX 23

NON–PARTIES TO THE CWC, as of April 2006
States that have signed but not yet ratiﬁed:
Bahamas, Central African Republic, Comoros, Congo, Dominican Republic,
Guinea-Bissau, Israel, Myanmar
Non-signatory states:
Angola, Barbados, Egypt, Iraq, Lebanon, North Korea, Somalia, Syria

The universal adherence of states to the CWC is important for the authority
and effectiveness of the regime.
Both the OPCW and its individual member states may provide positive
incentives to states still remaining outside the Convention to sign and ratify
it. Some member states have also exerted political and economic pressure.
For example, in accordance with the European Union WMD Strategy, in anagreement with Syria in October 2004, the EU insisted on Syria’s taking steps
towards adherence to the CWC as a precondition for entering into a bilateral
Association Agreement.
WMDC RECOMMENDATION38

The Organisation for the Prohibition of Chemical Weapons andstates parties to the Chemical Weapons Convention should continue their efforts to secure universal adherence to the Convention.
States parties should fully implement the rules on trade and transfer of chemicals that are precursors to chemical-weapon agents.
They should further develop regulations regarding the trade andtransfer of chemicals that can be used to produce chemical weapons. The Organisation for the Prohibition of Chemical Weaponsand states parties should continue to offer states positive incentives, including technical assistance, to join and implement theChemical Weapons Convention. When providing such assistanceor transferring relevant technologies, they should consider steps
to ensure safe and responsible handling by the recipient.

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Non-lethal weapons, incapacitants and riot control agents
The term non-lethal weapons in the context of the CWC usually refers toriot control agents, such as tear gas and CS gas, and substances that can incapacitate by putting a person to sleep, often referred to as ‘knock-out’ gas. Yet
the term non-lethal is misleading, since all of these gases can be lethal if theconcentration is sufﬁciently high and the time of exposure sufﬁciently long.
Similarly, substances that cause unconsciousness may be lethal in concentrations used to affect a large number of people simultaneously.
The use of riot control agents is speciﬁcally and explicitly prohibited in the
CWC as a method of warfare. It may at ﬁrst be difﬁcult to understand why it
is a violation of international law to use tear gas against combatants in war,
but not necessarily a violation to use it against a civilian population in peacetime. The reason is that tear gas is used for riot control in peacetime to avoid
the use of ﬁrearms, while riot control agents have a history of being used inwars to force combatants out of foxholes or bunkers to be exposed to lethalarms or explosives. Furthermore, any use of riot control agents risks provoking retaliation or an escalation in the choice of chemical agents.
States still say that they might need to use riot control agents for purposes
other than warfare (e.g. a riot in a prison). International regulations relevant
to such use are not laid down in the CWC but are found in the framework ofhuman rights and international humanitarian law.
Increased interest in non-lethal chemical weapons
There is an increasing interest among some governments to adopt a more
ﬂexible interpretation of the CWC rules on the use of incapacitating chemical weapons, even as a method of warfare, in order to be able to use them indiverse situations.
Such an interpretation, in the view of the Commission, would constitutea dangerous erosion of the fundamental ban on chemical weapons that theauthors of the Convention intended. If accepted, it might allow for use inarmed conﬂict of substances such as fentanyl, a derivative of which was usedin Moscow in 2002 when terrorists held hostages at a theatre and law enforcement units used the opiate to facilitate their attack. The opiate killed about
one-ﬁfth of the hostages. States parties and the OPCW should reafﬁrm thatan interpretation of the CWC allowing the use of such substances in armed
conﬂicts would not be consistent with the Convention.
The development of new non-lethal or less-than-lethal chemical weapons
with incapacitating effects or other effects on the brain would, if accepted
for use in armed conﬂicts, considerably change the nature of warfare andjeopardize the integrity of the CWC .

chemical weapons

The general purpose criterion
The CWC provides means for protecting peaceful uses gained from technological advances, while maintaining and strengthening the barriers to hostile
uses, through the general purpose criterion in Article 1 of the Convention.
Instead of prohibiting a particular chemical or family of chemicals, theCWC prohibits all toxic chemicals, except for ‘the listed purposes’. These
listed purposes include ‘industrial, agricultural, research, medical, pharmaceutical or other peaceful purposes … purposes directly related to protection
against toxic chemicals … military purposes not connected with the use ofchemical weapons and not dependent upon the toxic properties of chemicals
as a method of warfare; law enforcement including domestic riot control
purposes’.
Toxic is deﬁned in the CWC as anything that is harmful through ‘chemical action on life processes’, whether it is temporarily incapacitating or lethal.
Some toxic substances that have been considered for use as disabling chemical weapons are even more toxic than the chemicals developed for lethal
purposes, in the sense that extremely small amounts are sufﬁcient to cause aneffect.
The BTWC provides a similar general purpose criterion, prohibiting in
Article I ‘microbial or other biological agents, or toxins whatever their origin
or method of production of types and in quantities that have no justiﬁcation
for prophylactic, protective or other peaceful purposes’. The inclusion not
only of microbial agents, but also of toxins, captures such natural substances
as those ligands and other naturally occurring bioactive molecules and theirchemical analogues that can exert harmful effects on life processes. The
CWC and the BTWC are therefore mutually reinforcing in their prohibitionof toxicity as a weapon of war.
Provided the general purpose criterion is implemented properly, it ensuresthat the conventions remain relevant and effective even in the face of futuretechnological advances in biochemistry and biotechnology. When new toxic
chemicals are developed they automatically come under its purview. The
Commission therefore holds that the prohibitions of the CWC cover all toxic
chemicals, regardless of their origin or method of production, and that thegeneral purpose criterion of the CWC is valid.

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WMDC RECOMMENDATION

39

States parties to the Chemical Weapons Convention should conﬁrm that, like the use of riot control agents, the use of toxic chemical agents for purposes of law enforcement is banned as a methodof warfare. Accordingly, each state party must declare any suchagent under Article III.

Enhancing the CWC’s inspection and monitoring capacity
Pursuant to Article IX on consultations, cooperation and fact-ﬁnding, eachparty to the CWC has the right to request an on-site challenge inspectionof any facility or location in any other state party, for the sole purpose ofclarifying and resolving any questions concerning possible non-compliancewith the Convention. The Commission underscores the importance of suchinspections in strengthening the effectiveness and credibility of the CWC .
The parties should not view challenge inspections solely as a means of lastresort to clarify cases of suspected non-compliance. Rather, the parties
should view such inspections as a conﬁdence-building measure – a collectivemeans to reinforce their commitment to the CWC .
For challenge inspections to be effective, the Technical Secretariat of the
OPCW must have the necessary legal rights, resources and training as well as
cooperation and assistance from states concerned. The OPCW requires upto-date information from member states, and preferably the most up-to-datetechnical and inspection equipment. It further requires sampling rights andthe ability to remove samples for testing, capabilities and permissions tofacilitate rapid transport and entry to the requested location.
Not all states have provided such information or rights. In addition, the
OPCW is currently limited to the use of an approved list of equipment agreed
by states parties, and states may refuse to allow the use of some of the approved
equipment. Inspected states must ensure that the most efﬁcient equipment
available shall be on the list of equipment agreed for use by the OPCW.
Training exercises for challenge inspections have been carried out in a few
states, mainly in Europe. It would be valuable if more states and regions
would conduct such exercises.

chemical weapons

WMDC RECOMMENDATION

40

States parties should ensure that the Organisation for the Prohibition of Chemical Weapons has the resources, experience andlegal rights needed to carry out challenge inspections in a timely
and effective manner, including for the taking of samples andremoval of samples for testing.

CHEMICAL TERRORISM
The threat that non-state actors might use chemical weapons became a reality
when the Aum Shinrikyo Japanese sect used sarin in the 1994 Matsumotoattack and later in the attacks in the Tokyo subway in 1995.
Non-state actors such as terrorist groups have many options for targets
and the time and manner of attack. However, there are signiﬁcant technicaldifﬁculties associated with obtaining the necessary materials in sufﬁcientquantities and purity. Transporting and effectively using chemical weapons
against an intended target also pose difﬁculties.
For example, Aum Shinrikyo had access to ample ﬁnancial resources,
modern equipment and at least one laboratory where it could do research andarrange production over an extended period, as well as people with knowledge
and skills. Yet the sect managed to produce only limited quantities of chemical
agents, and these had high levels of impurity and were unsuitable for longterm storage. As a result, the attacks were less effective than they might havebeen. The case shows that it is difﬁcult to produce and disperse these weapons
in an efﬁcient manner even where the basic capacities exist. The most potent
weapons pose lethal threats also to the perpetrators themselves.

The threat of terrorist attacks against chemical industry
Rather than dispersing chemical weapons of their own, terrorists might
attack plants or transport vessels containing hazardous chemicals and cause
leakages or large releases of industrial chemicals.
The potential effects of an attack on a chemical plant (or trains of tankcars) are illustrated by some large industrial accidents such as that in Bhopal,
India, when more than 3,000 people died after an accidental release of
methylisocyanate from a pesticide plant in 1984. The accident in the same
year at a liqueﬁed gas storage facility in Mexico City, where explosions killed

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more than 500 and injured about 7,200 people, and the massive explosion at
a fertilizer plant in Toulouse in 2001 are other examples. Such chemicalindustries exist in the vicinity of many cities and some are even located in cities.
The regular transport of dangerous chemicals to and from such facilities also
raises security risks.
How to reduce the danger
It is important that countries and governments ensure that they haveeffective national legal frameworks and capacities to control the relevant
equipment, materials and expertise, as required by UN Security Council
Resolution 1540.
Risks can be reduced through many different measures, some simple,
some costly. For instance, chemical industries may be relocated away fromurban areas to areas with little or no civilian population, transport may berouted away from concentrations of population, and hazardous materials
may be distributed for storage in several sites.
Other measures that may and should be taken relate to increased physicalsecurity and the development of a security culture, in ways similar to thosepractised by the nuclear industry. However, the challenge is great, since thenumber of sensitive facilities that would need such improved protection is in
the thousands, while in comparison there are rather few nuclear facilities.
Chemical industries must minimize the risk of insider threats and ensurethat they possess the required skills and leadership to take necessary action
and reduce damage if a leakage occurs.
The role of national governments and international cooperation
The role of national governments is to ensure through supervision, legislation or agreement that the industry has an adequate security culture and toprovide for legal action against anyone who commits malicious acts at or
against chemical sites.
Furthermore, there is a need to work towards common international
standards of security for chemical facilities, to reduce the risk that terrorists
will seek targets in a country where security is lagging.

chemical weapons

WMDC RECOMMENDATION

41

Through their domestic laws and policies, all states should prohibit the production, possession and use of toxic chemicals andtechnologies for purposes that are banned by the Chemical
Weapons Convention. States should ensure security in and forchemical facilities through legislation and agreement with industry.
States should also develop national means to monitor that security
standards are met.

WMDC RECOMMENDATION

42

States parties to the Chemical Weapons Convention should use
the Organisation for the Prohibition of Chemical Weapons as acoordinating centre in the development of global standards for achemical industry security culture. The Organisation should offer
evaluation and security assistance at declared sites. States parties
should also strengthen the capacity of the Organisation for theProhibition of Chemical Weapons to provide practical assistanceagainst chemical weapons, for instance detection equipment,
alarm systems and medical antidotes.

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chapter 6

Delivery means,missile defences,and weapons inspacechapter 6

Delivery means, missile defences,and weapons in spaceEarlier chapters in this report discuss the various types of WMD and theconsiderable differences among them in terms of their immediate andlong-term effects, how they are produced and used, and the risks they poseboth to their producers and to their victims. This chapter examines threesubjects that are not exclusively related to any one of the categories of WMD –the means of delivery of WMD, the dangers of missile defences, and the riskof weaponization of outer space.

MEANS OF WMD DELIVERY
A simple device that is capable of producing mass destruction becomes aweapon only when its user is able to deliver such a device effectively to an
intended target. This can occur in several ways. The ﬁrst nuclear weapons
were delivered by heavy, long-range bombers. As nuclear weapons became
smaller and lighter over time, a wider variety of aircraft could also deliver
them, including ﬁghters, missiles and even unmanned aerial vehicles (UAVs).
Other deployment options arose with the development of nuclear landmines,
depth charges, artillery shells and air defence systems.
Chemical weapons have been delivered by bombs and artillery shells, butalso simply by venting clouds of toxic gases over a target area, as occurred in
World War I. Both biological and chemical agents can be delivered via aerosols into the air or directly into a water supply. Even ﬂeas, ticks and rodents
are possible means for disseminating highly infectious biological agents, as
demonstrated by Japan during World War II .
In recent years, much of the national and international effort to control
WMD delivery systems has focused on the dangers posed by ballistic andcruise missiles, because of their capabilities to deliver such weapons overconsiderable distances, with increasing accuracy, with little warning andwithout risk to pilots.
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Missiles encompass a range of types and technologies, from ground-, seaand air-launched cruise missiles to land- and sea-launched ballistic missiles,
and they are often dual-use – that is, they can deliver conventional weapons
or WMD, which greatly complicates their control. Because of the difﬁcultyof achieving accurate missile ﬂight paths, most long-range ballistic missilesthat have been developed outside the technically advanced states are not considered suitable for the delivery of conventional warheads.
BOX 24VARIOUS TYPES OF AERIAL DELIVERY SYSTEMS
Ballistic missile. A missile that is propelled by a rocket engine upon launchand coasts to its target on a ballistic path – like a tossed stone.
Cruise missile. A manoeuvrable missile propelled, usually at low altitudes,
to its target by a jet engine that operates throughout the ﬂight.
Manned aircraft.
Unmanned aerial vehicle (UAV). A pilotless aircraft.
Space-launch vehicle (SLV). A rocket intended to place a payload into spacefor peaceful purposes, although it can also be used to deliver a WMD.

All the countries that have pursued nuclear-weapon programmes havealso pursued ballistic missile technologies, whether by importing or indigenously developing them. While not every country with a ballistic missile programme also seeks to acquire nuclear weapons, any state with a programmeor an ambition to develop nuclear weapons will be likely to have a ballistic
missile programme.
The development of ballistic missiles is, however, both technically demanding and expensive. Cruise missiles, other than the most technically advanced
missiles, or UAVs may be more attractive than ballistic missiles owing to theirlower cost ($50,000–200,000), ease of acquisition, and better accuracy andreliability. UAVs have a ﬂight stability that may permit them to spray biological or chemical agents over a targeted area, and both their range and payload have been increasing in recent years and are likely to continue to do so.
Around 40 states are known to have acquired or developed ballistic missiles,
but most have only short-range (<1,000 km) delivery capability. Fewer thana dozen states possess medium-range (1,000–1,300 km) missiles. In addition
to the ﬁve NPT-deﬁned nuclear-weapon states, India, Iran, Israel, Pakistan
and North Korea also have such capabilities. Only the ﬁve NPT nuclearweapon states have long-range (intercontinental) missiles.

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Approaches for controlling missiles
Missiles as delivery vehicles for nuclear weapons were the main focus of theCold War arms control treaties, including the SALT I and II agreements, theSTART I and II treaties, and the INF Treaty. Missiles are easier to count anddestroy in a transparent fashion than are nuclear warheads; control of themissiles was therefore seen as an efﬁcient way to limit the nuclear arms race.
However, there are no adequate multilateral missile controls.
Since 1987, many states possessing or producing nuclear-capable missiles
have joined the Missile Technology Control Regime (MTCR), an informal,
voluntary, non-treaty-based arrangement, to coordinate their export controlsof missiles and missile technology. The MTCR , currently with 34 participating states, has an agreed set of guidelines and an annex of controlled items.
The guidelines contain standards for its participants to apply in their national
export licensing decisions – the guidelines only address outright the exportof missile production facilities. The scope of the regime has been expanded
in recent years to encompass all missiles capable of delivering WMD – including UAVs, cruise missiles and space launch vehicles.
In November 2002, a group of states established the International Codeof Conduct Against Ballistic Missile Proliferation, known as the Hague Codeof Conduct (HCOC ). Complementing the MTCR , the HCOC has a considerably larger membership (124 subscribing states as of April 2006) and is basedon agreement on certain conﬁdence-building measures, including pre-launch
notiﬁcations and other transparency measures, while also discouraging thedevelopment, testing and deployment of such missiles.
The HCOC , however, has certain shortcomings, including the fact thatstates have not reported on their programmes. It could usefully be broadened
to include cruise missiles and UAVs that are more suitable for the delivery of
biological weapons and chemical weapons than ballistic missiles. The HCOC is
an export control regime that is not legally binding, and it lacks a secretariat.
Two recent UN panels of government experts studying missiles in all theiraspects have deliberated over the proliferation of ballistic and cruise missiles
and technologies, and concluded that this presents serious concerns for international peace and security.7 However, the panels could not agree on any
recommendations, which indicates the sensitivities surrounding the possessionof missiles, especially those regarded as strategically signiﬁcant (whether for
conventional or WMD warheads).
7. Report of the Secretary-General, ‘The issue of missiles in all its aspects’, a/57/229, 23 July
2002, and a/59/278, 18 August 2004.

delivery means

A Russian proposal, a Global Control System (GCS) for the NonProliferation of Missiles and Missile Technologies, was discussed in 2000–
2001, but it was not agreed or implemented. Its approach merits revisiting for
purposes of arms control and non-proliferation. It consisted of four main
components: transparency and conﬁdence-building measures; security
assurances; positive incentives (including low-cost launch services); andmultilateral negotiations on further steps to control and prevent missile
proliferation. As a ﬁrst step, Russia proposed a multilateral transparency
regime that would require prior notiﬁcation for all missile launches and a
joint data exchange centre ( JDEC ) to collect data on launches. Positive security guarantees for states that renounced national missile programmes werealso proposed.
While the Preamble of the NPT cites a goal of eliminating both nuclear
weapons ‘and the means of their delivery’, there is no multilateral treaty
requiring missile disarmament. Initiatives in this ﬁeld have instead focused on
speciﬁc countries. The successful efforts to eliminate individual countries’
arsenals of medium- and long-range ballistic missiles and their associatedinfrastructure (in Libya, Ukraine and South Africa) have shared certain
characteristics. The missiles were eliminated as one part of a wider set ofmeasures to facilitate integration of the countries into the international
community. In Ukraine, external donors met a large share of the costs ofmissile destruction and rehabilitation of bases. In the case of Iraq, mediumrange missile programmes were eliminated after the defeat of Iraq by a UN authorized coalition.
WMDC RECOMMENDATION43

MTCR member states should make new efforts to better implement and expand export controls on relevant materials and technology. States subscribing to the Hague Code of Conduct should
extend its scope to include cruise missiles and unmanned aerial
vehicles. They should establish a multilateral data exchange centre,
based on the Russian-US initiatives for the exchange of data on
missile launches from early-warning systems. Regional and international non-proliferation measures should include informationexchanges, launch notiﬁcation, and restrictions or bans on speciﬁc
items or capabilities.

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MISSILE DEFENCES
Developments in recent years have fuelled support in some countries for constructing defences against missiles. These developments include North
Korea’s ﬂight test of a missile over Japan in 1998; the repeated conduct of
missile tests in the Middle East (Iran and Israel) and in South Asia (Pakistan
and India); and the continued development of missile systems by the NPT
nuclear-weapon states. While proponents of missile ‘shields’ highlight the
speciﬁc threats of WMD -capable missiles, there are inherent risks that
construction of such systems could provoke a destabilizing offence-defence
spiral with regard to missiles, missile defence and outer space.
For example, the deployment of missile defence systems by one state in aregion could induce a regional rival to expand its missile arsenal or to develop
missiles that are better able to penetrate the defence. The same basic logic
sustained the ABM Treaty, which for many years prevented the Soviet Union(later Russia) and the United States from deploying strategic missile defence
systems. Missile defence systems are also not entirely defensive in orientation –radars, surveillance systems, and even interceptors can also be used for offensive military purposes. Today, when states are seriously concerned about
global terrorist threats, the expenditure of vast resources on missile defences
has also been widely criticized as a waste of money, since terrorists have
many ways of deploying WMD other than by missiles.
Other speciﬁc causes for concern include the June 2002 withdrawal fromthe ABM Treaty by the United States, its pursuit of a multi-layered ballistic
missile defence system, and various research and development activities
under way in the US and other states that may lead to the testing and deployment of weapons in space. Another cause of concern is that the Conference
on Disarmament has for many years been unable to agree to commence
negotiations on a treaty to prevent an arms race in outer space.
Illustrating the lack of an international consensus to move forward in
addressing these threats, the report of the ﬁrst UN panel on missiles notedthat its participants held different views on ‘the implications of missile
defences for arms control and disarmament; the effects of missile defences aswell as of missile defence cooperation on the further spread and reﬁnementof missiles; the effects of missile defences on the weaponization of space; andthe effects of missile defences in addressing growing vulnerabilities to missile
threats and attacks.’8

8. a/57/229, paragraph 70, p. 19.

missile defences

Several different missile defence architectures may be envisaged, with different implications. Smaller (‘theatre’) missile defence systems already exist,
and further collaboration on such defences is envisaged, including Patriot,
NATO’s Medium Extended Air Defence and the surface-to-air mediumrange air defence system. Ballistic missile defence systems are designed
to detect attacking missiles; to track missiles and, where relevant, re-entry
vehicles (warheads); to discriminate between warheads and decoys; andto destroy attacking missiles and/or warheads. Such requirements present
particular technological, military and ﬁnancial challenges and often call forsystems with land, sea, air and space components.
Since its withdrawal from the ABM Treaty in 2002, the United States has
undertaken the ﬁrst land-based phase of its missile defence programme withthe deployment of mid-course interceptors in Alaska and California. Twotypes of early (boost-phase) missile defence are also under consideration:
sea-based and airborne lasers. The attraction of intercepting missiles in an
early phase is that they then leave a clear signature of hot gases, and there is
no problem in distinguishing between warhead and decoys or chaff. But
there are also many disadvantages. In particular, in order to intercept a missile during a ﬁve- to eight-minute section of its ﬂight, decision-making would
probably need to be made automatic or delegated to the ﬁeld, each option
carrying a high risk of accidental or inadvertent launch of an interceptor.
Recent US defence budget requests have envisaged parallel paths to acquire
both a ground-based and a space-based intercept capability. Described invarious ofﬁcial US statements as the ‘ultimate high ground’, outer space ischaracterized as offering options not only for missile defence but also for abroad range of interrelated civil and military missions. The US Congress has
been reluctant to allocate funding as requested and thus has slowed down
developments, but this has not resulted in the abandonment of the objective of
space-based interception. Concerns have continued to grow internationallythat the US pursuit of ballistic missile defences is likely to increase nuclear
dangers and reduce international security. The potential value of these systems
is not in proportion to the risks they pose to the international community,
including to the states possessing such systems.

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WMDC RECOMMENDATION

44

States should not consider the deployment or further deploymentof any kind of missile defence system without ﬁrst attempting tonegotiate the removal of missile threats. If such negotiations fail,deployments of such systems should be accompanied by cooperative development programmes and conﬁdence-building measures to lower the risk of adverse effects on international peace andsecurity, including the risk of creating or aggravating arms races.

THE WEAPONIZATION OF SPACEThe world now relies on space technology for security and other purposes,
such as meteorology, environmental monitoring, disaster prevention, communications, education, entertainment and surveillance. Although outerspace has not yet been speciﬁcally weaponized, it is already militarized, with arange of force-supporting technologies associated with what has been called
the ‘revolution in military affairs’. Space security approaches are further
complicated because commercial systems may also have strategic, safety or arms
control (monitoring, conﬁdence-building and veriﬁcation) value, and militaryuses are often combined with, or make use of, commercial space systems.
There are two broad categories of military assets: force-support assets(communications, command and control, sensor, target location and sur-BOX 26

THREE TYPES OF WEAPONS FOR USE IN
OR FROM SPACESpace-strike weapons (which in the past included Soviet fractional orbital
bombardment systems) may harness directed energy such as lasers, or rely
on kinetic energy, in which the destructive force is supplied by the mass andvelocity of projectiles. So-called kinetic kill weapons may also be armed withconventional explosives to increase their destructive power.
Anti-satellite (ASAT) weapons are intended to disable or destroy satellites.
Space-based ballistic missile defence (BMD) weapons – such as lasers,
kinetic kill weapons and armed interceptors – would be intended to destroy
ballistic missiles, in either their boost phase or mid-course ﬂight trajectory.

weaponization of spaceveillance) and force-application assets, which in a space environment apply to:(1) space-strike weapons, (2) anti-satellite (ASAT) weapons, and (3) ballistic
missile defence (BMD) weapons (see Box 26).
WMD-related dangers
The development of weapons designed to attack military satellites – which
are used to monitor missile launches and compliance with arms control anddisarmament treaties – poses grave dangers to international peace and security. Attacks on early-warning satellites could well be viewed as a prelude toa nuclear war. The acquisition by one state of such weapons would inspireothers to follow suit, leading to a new arms race. Some states might again
seek to develop a new generation of nuclear weapons for use in outer space.
The US space agency, NASA , has estimated that there are now in orbit
about 11,000 objects of space debris larger than 10 cm.9 Guidelines havebeen drafted for voluntary measures to mitigate space debris, intended for
adoption by the UN Committee for the Peaceful Uses of Outer Space, butthese have yet to be taken up, adopted or enforced. Concerns have grown inrecent years that the research, development and deployment of weapons inspace would substantially increase this debris, thereby creating new threats
for both civilian and military surveillance and communications satellites.
Experts continue to debate the scope and urgency of this challenge, however.

Current status of the outer space security regime
The stationing of nuclear weapons or any other WMD in outer space or placement of such weapons in orbit are both prohibited under the 1967 Outer
Space Treaty (OST), but nuclear warheads on BMD interceptors launchedfrom terrestrial bases are not prohibited, nor is the sub-orbital transit of outerspace by nuclear warheads on ballistic missiles.
There are already a number of international treaties and instruments
regulating space activities, but they do not cover the challenges posed by
space-based weapons or BMD. In particular, although some agreements
prohibit or restrict the deployment of weapons or use of force in outer space,
the provisions are limited in scope and coverage. Moreover, none of the existing legal instruments unequivocally prevents the testing, deployment and use
of weapons – other than nuclear, chemical and biological weapons – in outerspace. As a step in the right direction, President Putin announced in the
9.

NASA, Orbital Degree Program Ofﬁce, http://www.orbitaldebris.jsc.nasa.gov.

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UN General Assembly on 25 September 2003 that Russia had assumed an‘obligation not to be the ﬁrst to deploy offensive strike weapons in outerspace’.
Although the major space-faring nations are parties to the OST, the treaty
falls far short of universal membership (there are 98 parties as of April 2006).
In 2007, the OST will be 40 years old. It is time for a review of this treaty.
Because all states have a high stake in maintaining outer space as a secureenvironment for peaceful uses, even those states with little intention of developing their own military or space-launch capabilities should be encouraged
to become parties to the OST. That would reinforce the regime and help to
educate and involve all nations in protecting space as a shared resource forpeaceful development and the enhancement of global security.
The Commission emphasizes that, given the dual-use nature of space
activities, it is unfortunate that regulations dealing with the peaceful uses ofouter space – including the activities of the UN General Assembly’s Committee on the Peaceful Uses of Outer Space (COPUOS) – are separated from thosethat address military or weapons-related issues. The lack of an overall framework prevents the development of a coherent approach to future challenges
to space security – for example, a code of conduct and collective approaches
for debris mitigation or launch notiﬁcation. Institutions for addressing thefull range of space-related issues need to be overhauled and revitalized. Either
the mandates of existing forums should be revised, or a new forum needs tobe created to address space security in all its aspects.
WMDC RECOMMENDATION45

All states should renounce the deployment of weapons in outerspace. They should promote universal adherence to the Outer
Space Treaty and expand its scope through a protocol to prohibit
all weapons in space. Pending the conclusion of such a protocol,
they should refrain from activities inconsistent with its aims,
including any tests against space objects or targets on earth froma space platform. States should adapt the international regimes
and institutions for space issues so that both military and civilian
aspects can be dealt with in the same context. States should also
set up a group of experts to develop options for monitoring andverifying various components of a space security regime and a codeof conduct, designed inter alia to prohibit the testing or deployment of space weapons.

weaponization of space

WMDC RECOMMENDATION

46

A Review Conference of the Outer Space Treaty to mark its 40thyear in force should be held in 2007. It should address the need tostrengthen the treaty and extend its scope. A Special Coordinatorshould be appointed to facilitate ratiﬁcations and liaise with nonparties about the reinforcement of the treaty-based space security
regime.

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chapter 7

Export controls,international
assistance, andnon-governmental
actorschapter 7

Export controls, international assistance,and non-governmental actorsIn this chapter, the Commission examines three areas relating to all typesof WMD : improving transfer controls, increasing international assistancefor non-proliferation and disarmament activities, and expanding public
participation in efforts against WMD.

EXPORT CONTROLS AND OTHER CONTROLSON THE MOVEMENT OF GOODSStates use export controls for many purposes, and controls related to WMD are
no exception. They generate information needed by states to determine who
is buying what, and thereby help a state to assess the risks associated withspeciﬁc exports. Such assessments help governments prevent the export ofitems that would assist other states or groups to produce WMD or their delivery
systems, and thereby help ensure compliance with legal non-proliferation
obligations. Although export licences are processed before the shipment ofgoods, not at the border, other controls can also be implemented after exports
occur. Through agreed visits or inspections, states can conﬁrm the ﬁnal usesof especially sensitive items, an increasingly important control given thatmany illicit transactions involve intermediaries – a problem epitomized by
the intercontinental illicit nuclear supply network organized by Pakistaniscientist A. Q. Khan.
These analytic and preventive functions of export controls make them avaluable part of the overall effort to combat WMD proliferation. In addition,
the fact that export controls are applied to the business community provides
one of the few linkages between the private sector and arms control. Efﬁcient
export control authorities have developed and implemented methods for
conducting a systematic dialogue with industry that involves a useful exchange
of information for combating proliferation.
In the 1990s, groups of major states with capabilities to export WMD 152

export controls

related commodities expanded their joint efforts to develop or revitalize uniform export control standards, particularly for dual-use goods – items that canbe used for either military or civilian purposes. More states now (as of April2006) participate in the activities of the main multilateral arrangements: theAustralia Group (39 states plus the European Commission), the Missile
Technology Control Regime (34), the Nuclear Suppliers Group (45), theZangger Committee (35) and the Wassenaar Arrangement on Export Controls for Conventional Arms and Dual-Use Goods and Technologies (40) –and participation continues to grow.
Over the years, however, the limited membership of these arrangements
has served to erode both their legitimacy and their effectiveness. Critics havelong maintained that these groups are exclusive clubs or cartels that have noright to try to dictate global standards for the rest of the world. Limited
membership arrangements also suffer from the fact that a growing numberof producers of sensitive commodities are not members, which increases therisk that illicit importers will simply choose to do business with suppliers
who offer items with the fewest controls.
There is also a need to strengthen the informal communications from theexport control arrangements to the IAEA and the OPCW, to assist theseorganizations in their veriﬁcation tasks.
UN Security Council Resolution 1540 requires all states to put in placeappropriate effective national export and trans-shipment controls on nuclear,chemical and biological weapons, their means of delivery and related materials.
These controls must be law-based and must be sufﬁcient to control export,
transit, trans-shipment and re-export. The resolution requires states toestablish and enforce appropriate criminal or civil penalties for violations ofsuch laws and regulations. The implementation of Resolution 1540 must be
sensitive to current proliferation threats and to the need to facilitate, rather
than obstruct, legitimate trade.
Changes in the international marketplace, and in the way in which technology transfer takes place, have challenged traditional export controls. The
availability of a much wider class of dual-use items and technologies has
required a growing use of end-use controls. In addition, global industrial
cooperation involving such items has created a need for effective controls
on intangible technology transfers that do not involve physical items. The
existence of clandestine purchasing networks, and the potential insider
threats at specialized companies and research centres, will also require governments to maintain controls over intra-state commerce involving WMD related goods.

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Taken together, these developments suggest the need for a broader perspective on how to move from a system of control based on barriers to exports
to one that addresses all aspects of the potentially dangerous ownership andcirculation (both within and between states) of WMD -related goods, andthat does so in a more inclusive and cooperative way than before. This would begrounded in permanent cooperation with the business sector. It would require
proliferation-sensitive transactions to be assessed against universally agreed
criteria, regardless of the location of the end-user. Consultations to devise
options for such a system could start at an informal expert level, with representatives from government, international organizations and industry.
Initially, a suitable framework could be regional economic bodies, such as
the European Union, which already have mechanisms for liaison and dialogue with industry.

Control of movement of goods
The difﬁculties of preventing proliferation-related activities hiding under thecover of legitimate commerce led the United States in May 2003 to launch theProliferation Security Initiative (PSI), which focuses on interdicting and seizing illicit shipments while in transit. By September 2003, the United States
had assembled a coalition consisting of 10 additional states (Australia, France,
Germany, Italy, Japan, the Netherlands, Poland, Portugal, Spain and theUnited Kingdom), which agreed to a Statement of Interdiction Principles.
Since then, many additional countries have joined this initiative, including
all members of the EU and the G8.
Described by one of its architects as an ‘activity’ rather than a ‘treatybased bureaucracy’, the PSI has encouraged greater international cooperationin undertaking interdictions, including joint participation in a number of
exercises organized in different regions. Its participants have stressed thatthe interdiction activities will be undertaken in a manner that is consistent
with international law.
It is difﬁcult, however, and perhaps somewhat premature to assess thevalue of the PSI , as little concrete information has so far been made available
to the public about its application, beyond press releases about interdiction
exercises and ofﬁcial claims that it has been a great success. Although theinitiative has gained the support of a large number of states, it has also
generated concerns among critics who prefer a more multilateral approach,tied more closely to the treaty regimes and the UN Security Council.
The launch of the PSI marks the ﬁrst time that states and organizations

non-proﬁleration and disarmament assistancehave cooperated to improve the security of the full supply chain for goods ininternational trade. Efforts have also been made in recent years to control the
movement of thousands of large shipping containers that travel throughworld commerce each day. Such efforts have led to new capacities and cooperation for outbound inspection (for export control enforcement), andinbound inspection (for threat reduction), and control of goods and individuals at borders. Technology is being sought to make this process as nonintrusive as possible. The World Customs Organization (WCO) is also working to secure and protect the international trade supply chain from being
used for acts of terrorism or other criminal activity.
WMDC RECOMMENDATION47

All states should conduct audits of their export control enforcement agencies (customs, police, coastguard, border control andmilitary) to ensure that they can carry out their tasks effectively.
States should seek to establish a universal system of export controls providing harmonized standards, enhanced transparency
and practical support for implementation. Members of the ﬁve export
control regimes should promote a widening of their membershipand improve implementation in view of current security challenges,
without impeding legitimate trade and economic development.

INTERNATIONAL ASSISTANCE FOR
NON-PROLIFERATION AND DISARMAMENT
Since the early 1990s, there has been a rapid growth of practical measures tofacilitate disarmament, non-proliferation and counter-terrorism. Such measures are often jointly implemented in one state with several cooperating parties,
including other states, international organizations, local and regional governments, non-governmental organizations (NGOs) and the private sector. The
most ambitious programme of this kind is the Global Partnership Against
the Spread of Weapons and Materials of Mass Destruction agreed by the
Heads of State and Government of the G8 countries meeting in Kananaskis,
Canada, in June 2002.
There are three types of measures for international non-proliferation anddisarmament assistance (INDA): facilitating the dismantlement and destruction of weapons; establishing a chain of custody over weapons or weaponsusable materials; and demilitarization projects.

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Activities have included the provision of technical assistance, training,equipment and ﬁnancing. The aim of INDA may include not only withholding
dangerous materials from terrorists and proliferators, but also other militaryand non-military security objectives, including environmental protection
and nuclear safety. INDA helps to build conﬁdence and solidarity between
states and to bind them into a cooperative security relationship. Russia has so
far received the lion’s share of INDA and is likely to do so in the foreseeable
future.
One project that should be actively pursued is the Elimination of WeaponsGrade Plutonium Production (EWGPP) programme. This programme seeks
to close down the last remaining reactors in Russia that were originally built
to supply plutonium for nuclear weapons but that also provide cities withelectricity. Upon shutdown, the reactors will be monitored under the US Russian Plutonium Production Reactor Agreement (PPRA).
Completing the EWGPP programme would contribute to two key objectives. First, destroying facilities that were created to produce plutonium fornuclear weapons would offer a rare case of a nuclear-weapon state reducing
its military nuclear establishment in an irreversible way.10 Second, the EWGPP
programme and the PPRA monitoring system will be important contributions to developing veriﬁable assurances that nuclear-weapon states are nolonger producing ﬁssile material for military purposes. This would strongly
support the development of a ﬁssile material cut-off treaty, while at the sametime preventing production of substantial amounts of weapons-grade plutonium.
In the biological ﬁeld, INDA offers opportunities for cooperation to reduce
dangers arising from past programmes, as well as current and future development of facilities. Biosecurity projects should be developed and ﬁnanced
under the Global Partnership. All countries with facilities working with dangerous pathogens or toxins should be eligible for ﬁnancial support.
There is potential for the INDA approach in countries other than Russia.
In particular, measures to assure the chain of custody over sensitive materials and to prevent misapplication of scientiﬁc and engineering skills havewider relevance. In states that have abandoned their WMD programmes,
increased transparency and international participation in the demilitarization process have advanced the security interests of these states and theirwider neighbourhoods.

10. France has also shut down and is dismantling its military plutonium production facilities.

non-governmental actors

WMDC RECOMMENDATION

48

The G8 Global Partnership should expand the geographical andfunctional scope of its non-proliferation assistance. The G8 should
guarantee full funding for the Elimination of Weapons-Grade
Plutonium Production (EWGPP) programme. Potential donors
should consider how technical assistance, training, equipment
and ﬁnancing could be brought to bear to help states of all regions
implement UN Security Council Resolution 1540.

SECTORAL ROLES: BUSINESS, RESEARCH,
VOLUNTARY ORGANIZATIONS AND THE PUBLIC
National decisions on WMD should be transparent and democratic, andshould not be monopolized by the ‘security priesthoods’. Those seeking
to eliminate such weapons have particularly good reasons to try to get nongovernmental constituencies involved, since public pressure has often been
exercised in favour of arms control and restraint.
However, there are also practical reasons to review the potential of crosssectoral (state, corporate and popular) interaction on this subject. At somepoint, taxpayers have paid for all the WMD objects in existence, and they
will also pay for the efforts to safely dispose of them.
This section addresses speciﬁc aspects of corporate, civil and individual
roles in reaction to WMD that are not dealt with elsewhere in the report.

The responsibility of companies and the business sector
Private business needs to participate in developing and implementing responsible controls that extend to exports of both tangible and intangible goods.
No legitimate company wants to have the reputation of being an illicit supplierof WMD goods and technology. This applies not only to producers, but also
to other members of the business community, including shippers, insurers,
bankers, freight forwarders, marketing specialists, business lawyers andmany other related professions. Their support needs to be mobilized in thesame transnational dimension in which the illicit trade takes place.
Governments and international organizations with competence in the
security or trade/industrial ﬁelds should organize dialogues with the corresponding business sectors. Such interaction is needed to ensure that businesses

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are informed about, supported in implementing and invited to help in deﬁning the obligations that apply to them in respect of WMD -related technology
control. This pertains to dual-use technology, safety regulations, anti-terrorism measures, transport security and other relevant spheres. WMD -relevant businesses should also be encouraged to network – nationally, regionallyand sectorally – to help each other raise standards and to establish best-practice norms for their sectors, in keeping with inter alia UN Security Council
Resolution 1540.
WMDC RECOMMENDATION

49

Companies engaged in activities relevant to weapons of mass
destruction have the ability and responsibility to help prevent the
proliferation of such weapons and an interest in demonstratingthat they are fulﬁlling that responsibility, including full compliancewith national and international obligations and public transparency.
Trade associations should promote such objectives.

The responsibility of scientists: codes of conduct
Codes of conduct and practice for scientists can have an important impact on
how present and future threats from WMD -related materials, technology
and know-how are handled. Such codes offer a means to address the dual-use
problem, particularly in the biological ﬁeld, given scientiﬁc and technological advances and persisting concerns that bio-defence work could serve as acover for a clandestine biological weapon programme.
Particularly essential is an increased personal awareness of how research
could be misused, and a culture of integrity and responsibility fostered throughscientiﬁc oversight, peer review, pre-publication review and ‘whistle blowing’
mechanisms. Consideration and discussion of ethical questions should help
scientists establish when a given activity might not be compatible with a state’sinternational legal commitments and should therefore be suspended, slowed
or otherwise modiﬁed pending the results of a ﬁnal evaluation.
Codes of conduct are needed to give guidance to scientists whose expertise
could be used to support WMD -related activities. Both national and international forums have a role to play in preparing, evaluating and reviewing
the implementation of such codes, a matter under consideration in parallel
processes under the auspices of the International Committee of the Red Cross
and UNESCO. Work is currently being carried out at the international levelnon-governmental actors

by, for example, the states parties to the BTWC and the International Union
of Pure and Applied Chemistry (IUPAC ).
Codes of practice for individuals could also usefully be developed
by industry. These could be modelled on the biosafety controls used by thepharmaceutical industry, known as ‘good manufacturing practice”’ and‘good microbiological technique’.
WMDC RECOMMENDATION

50States, international organizations and professional associations
should encourage the appropriate academic and industrial associations to adopt and effectively implement codes of practice andcodes of conduct for science and research in weapons of mass
destruction-relevant ﬁelds.

Democratic control: role of representative institutions
Nations possessing nuclear weapons, and those in the process of disposing of
CW and BW materials, vary greatly in how openly they deﬁne and debate
their corresponding policies; how speciﬁcally they identify the national
resources devoted to WMD production, purchase, operation and disposal;
and what, if any, roles they allow their parliamentary institutions to play inthese matters.
Such institutions should receive and debate information on WMD holdings, their cost and the policy purposes they are deemed to serve. Applying
higher and more consistent standards in this respect would not only foster
greater responsibility, accountability and answerability on the part ofgovernments, but also reinforce the message that it is governments rather
than the military that decide in these matters. Interparliamentary cooperation and exchange of information and visits should be encouraged.
WMDC RECOMMENDATION

51

Governments possessing any weapons of mass destruction
should keep their parliaments fully and currently informed of theirholdings of such weapons and their activities to reduce and eliminate them. Parliaments should actively seek such information andrecognize their responsibility in formulating policies relevant toweapons of mass destruction issues. Greater inter-parliamentarycooperation on weapons of mass destruction issues is needed.

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Democratic control: NGOs and transparency
The activities of non-governmental organizations have been the main channel for conveying views and proposals about WMD from the grass roots togovernments and international organizations. They have at times exerciseda tangible inﬂuence on ofﬁcial decisions in the direction of eliminating WMD,
while also preventing new acquisitions, technical development, and additional deployments and testing.
In particular, women’s organizations have often played a vital role – fromthe Hague peace conferences of the 19th century to the present time. The roleof women in the maintenance and promotion of peace and security was recognized by the Security Council in Resolution 1325 (2000). Women have rightly
observed that armament policies and the use of armed force have often been
inﬂuenced by misguided ideas about masculinity and strength. An understanding of and emancipation from this traditional perspective might
help to remove some of the hurdles on the road to disarmament and nonproliferation.
NGOs’ own choices determine how much pressure they will exert on
WMD issues in proportion to, say, landmines or other issues at any given
time. NGOs have for obvious reasons been more active on the WMD front instates with democratic political systems. Open societies also make it easierfor NGOs to address and ally with other actors, such as political parties,
parliament, the media, trade unions and responsible businesses.
Obstacles that are beyond the control of NGOs include the reluctance ofsome governments to permit them to pursue anti-WMD campaigns (normally on grounds of national security); the reluctance of other governments
and institutions to listen to and be inﬂuenced by them; the lack of reliable andcomparable data on the problem; and the lack of ﬁnancial support.
By deﬁnition, the NGO role should not be the subject of any ofﬁcial edictor set framework. The Commission hopes that its report will inspire NGOs
all over the world to renew their demands for transparency, free debate on
WMD and the eventual elimination of all related threats.

non-governmental actors

WMDC RECOMMENDATION

52

States should assist Non-Governmental Organizations to actively
participate in international meetings and conferences, and to
inform and campaign in the weapons of mass destruction ﬁeld.
Private foundations should substantially increase their support
for such organizations that are working to eliminate global weapons of mass destruction threats.

Public information and education
Without adequate knowledge or concern at the popular level, neither parliaments nor NGOs can be expected to exercise effective pressure on governments regarding WMD issues, nor are businesses likely to feel pressure toplay their own responsible roles. In fact, manifestations of public concern
about WMD have varied widely over both time and place, as a function ofaccess to information and the public’s own attitudes and priorities. In theEuro-Atlantic region, while general levels of concern about WMD remain
high, especially with regard to terrorist threats, this concern has not inspired
a new wave of political demands for nuclear disarmament. This is likely due
to the decline in public fears of the risk of strategic nuclear attacks in the
Post-Cold War era. Yet interest in disarmament is still strong in locations
where such weapons have been used, as illustrated by the network of mayors
addressing nuclear threats.11
The shifting both of actual threats and of fashions in thinking about themhas repeatedly re-directed attention – towards safety risks from the civil rather
than military use of the nuclear sector; towards risks of WMD proliferation
rather than possession; towards the threat from terrorists rather than states;
towards low-tech weapons like landmines and small arms rather thanhi-tech ones; and away from armaments-related issues altogether. Against
this background it is easy to see why WMD disarmament continues to remain
low on many people’s list of priorities, both inside and outside of government.
In 2001–2002 an international panel of experts prepared a report for theUnited Nations on ‘Disarmament and Non-Proliferation Education’. It waspresented in the General Assembly’s First Committee in October 2002. The
11. The mayors of Hiroshima and Nagasaki have organized an international ‘Mayors for
Peace’ initiative to promote nuclear disarmament. As of March 2006, its membershipstood at 1,306 cities in 115 countries and regions (www.mayorsforpeace.org).

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United Nations General Assembly has since then adopted two resolutions
that have ‘conveyed’ the recommendations of this study to all UN member
states.12 The report highlighted the changing context of arms-related threats
and remedies and pointed out that a range of different methods were needed
to raise the level of public consciousness, understanding, and engagement indifferent age groups and different sectors of society. It stressed the need formaterials in many languages and for full exploitation of modern electronic
media; and called for partnership with all interested institutions and NGOsinside and outside the UN system. Although it was largely uncontentious,
follow-up on the report has been gradual and incomplete.
WMDC RECOMMENDATION

53

Organizations with security-relevant agendas should re-examine
the 2002 United Nations Study on Disarmament and Non-Proliferation Education, and should consider ways in which they could fosterand support such education and an informed public debate.
Governments should fund student internships at multilateral institutions working on weapons of mass destruction issues.

12. a/res/57/60, 30 December 2002 and a/res/59/93, 16 December 2004.

chapter 8

Compliance,
veriﬁcation,
enforcement andthe role of theUnited Nations

chapter 8

Compliance, veriﬁcation, enforcement
and the role of the United Nations

B

efore the 1991 Gulf War, efforts to rid the world of weapons of mass
destruction were directed mainly at getting states to commit themselvesto arms control and disarmament treaties and to agree on new ones. The
1972 Biological and Toxin Weapons Convention built on the rules of the1925 Geneva Protocol prohibiting the use of chemical and bacteriologicalweapons. The rules of the Protocol were further developed and strengthenedin the 1993 Chemical Weapons Convention.
Many treaty-based restrictions on nuclear weapons seemed to function
well, such as those embodied in the 1963 Partial Test-Ban Treaty and the prohibitions on the stationing of nuclear weapons in the 1959 Antarctic Treaty,
the 1967 Outer Space Treaty, the 1971 Seabed Treaty and various regional
agreements establishing nuclear-weapon-free zones. The intention, still
unfulﬁlled, was to supplement them by treaties that comprehensively prohibited the testing of nuclear weapons and the production of ﬁssile material for
weapon purposes.
While issues relating to implementation – monitoring and veriﬁcation,compliance, and enforcement – were certainly recognized as signiﬁcant, they
were generally not in the forefront. In the effort to prevent nuclear-weapon
proliferation, many thought, not unreasonably, that it was more importantto focus on countries that refused to join the NPT than on weaknesses in thesafeguards system. If a country wanted to develop nuclear weapons, so it was
reasoned, it would refrain from adhering to the NPT rather than joining thetreaty and violating it. At the time, India, Pakistan, Israel, South Africa,
Argentina and Brazil were all outside the treaty.
Even though the world condemned the violations of the Geneva Protocolcommitted during the war between Iraq and Iran in 1980–1988, these violations did not become a major international issue, as they should have.
After the 1991 Gulf War and the revelation of Iraq’s WMD programmes,
greater attention was given to the brutal and illegal use of chemical weapons
and the violations of the NPT and the BTWC . Not long after these revela166

compliancetions, the IAEA concluded in 1993 that North Korea had violated its safeguards agreement with the Agency. There was a strong suspicion that North
Korea might be engaged in a nuclear weapon programme. Not surprisingly,
questions were raised whether the increasing number of parties to the NPTmight be accompanied by more non-compliance. Were treaty commitments
merely lulling the law-abiding states into a false and dangerous conﬁdence?
How effective was international veriﬁcation? Can treaties on arms control
and disarmament be enforced? How and by whom?
This chapter focuses on the role of treaties and on compliance, veriﬁcation and enforcement. In the last section, it discusses the UN institutions thatare needed for the negotiation and implementation of treaties and othernorms of arms control and disarmament.
Treaties as tools to restrict or ban WMDGovernments know that treaties are indispensable. They see many multilateraltreaties as an essential part of a commonly agreed and commonly managed
world order, which most want to strengthen. The Commission supports that
view.
There are good reasons, especially where universal adherence to common
norms is sought – as in the sphere of arms control and disarmament – whystates deﬁne required future conduct in treaties:
Multilateral treaties have emerged over a long period of time as the principal instrument that the world community uses to create clear rules andstandards designed to bind all states.
Participation in the negotiation of a treaty of universal reach, or joining
such a treaty, allows a state to feel ownership of and responsibility for therules that are adopted.
The formal and sometimes solemn procedures for adherence to a treaty
serve to increase the credibility of a state’s commitment to conduct itself
in conformity with rules that have been agreed.
The procedure of national consent may involve both the executive and thelegislative branches of a government, thereby anchoring the internationalrules more ﬁrmly in the national consciousness.
Rights and obligations are deﬁned by the treaty. A measure of stability iscreated when states parties are able to predict that other parties are likely
to conduct themselves in accordance with the obligations they haveassumed. At the same time there is some protection against arbitrary
demands and accusations.

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The treaty may offer a basis for monitoring, veriﬁcation, inspection,
resolution of disputes or other action, such as periodic review and followup.

COMPLIANCE
Treaty obligations are generally respected for a number of very good reasons:First, they lay down rules that have been expressly accepted by the parties.
In the cases of the multilateral BWTC, CWC and NPT, a vast number of states
parties share the view that such weapons are abhorrent; they see no need oruse for them and want them to be outlawed. By adhering to such treaties,
many states may also want to join the mainstream and help gradually build
up a world order that, while demanding restraints for themselves, also gives
them a fairly high assurance that others will exercise the same restraints.
Second, the global arms control treaties – those open to all states of theworld – have been negotiated in ways that have taken into account many speciﬁc national concerns. Concessions have been made mutually.
Third, just as citizens for the most part respect the law not out of fear ofpunishment or other consequences for violations but because they accept theneed for law and want to be seen as law-abiding, governments habituallyrespect their treaty commitments because they want to be respectable members of the international community. Treaty obligations are legal thresholds.
The cost for a government to be seen as an unreliable treaty partner could bevery high. The rapid and accelerating pace of international integration makes
all states, even the biggest and strongest, ever more dependent upon one
another.
Fourth, apart from the general beneﬁt of global respect for desired norms,
adherence to and compliance with treaties may bring speciﬁc rewards, suchas a facilitated transfer of technology and technical assistance. Conversely,
non-compliance with a treaty is likely to be discouraged by the risk of economic or other pressures, possibly sanctions, brought by the international
community or individual states.
Nevertheless, non-compliance with treaty obligations, including thoseunder arms control agreements, might well meet only oral condemnation,
especially if the guilty party is a big and strong state or invulnerable for someother reason. Yet, just as national laws are rarely discarded because of violations, treaties are also rarely abandoned because of a few violations.

veriﬁcation

The reasons for compliance can hardly justify a downgrading of treaties as
crucial instruments for achieving desirable common, predictable and mostly
reliable conduct by states. Until the international community develops more
effective systems to create and uphold common rules, the world has to makedo with an ever-expanding fabric of treaties that regulate trade, communications, human rights, arms control and disarmament and that create institutions which play a role in the administration of the rules.

VERIFICATION
One state’s non-compliance with its obligations under a treaty on arms control or disarmament may fundamentally and negatively affect the security ofothers. A bilateral treaty may simply be abrogated. In a global context, thismay lead to collective reactions. Conversely, continued compliance with suchtreaty obligations impacts positively on security. In both cases, credible veriﬁcation to establish compliance or non-compliance is of major importance.
There is no doubt that veriﬁcation carried out on behalf of the international community through its various institutions deserves and enjoys
much more credibility than veriﬁcation carried out by the organs of individualstates. Veriﬁcation provides in itself an inducement to compliance, as detection of non-compliance is likely to have negative consequences.
Veriﬁcation of compliance may be simple or difﬁcult. A violation of thePartial Test-Ban Treaty (PTBT) through a nuclear test in the atmospherewould be detected quickly. Laboratory research on a virus for use in biologicalweapons might be hard to discover.
The readiness among states to accept veriﬁcation, particularly on-site
inspection, has developed gradually. Under the Geneva Protocol of 1925,
states are prohibited from using chemical and bacteriological weapons.
When this agreement was negotiated, there would have been strong resistance to any obligatory mechanisms or procedures for veriﬁcation, and none
was established. It was assumed that any violation would be manifest.
During the Cold War, the Soviet Union was a rigidly closed empire thatwould not accept any meaningful on-site inspections. The PTBT was acceptedwithout any special mechanism for inspection, as tests in the atmosphere
could be easily detected throughout the world. In the same period, importantnational technical means of detection were developed. Overhead surveillance
was made technically possible through high-altitude ﬂights (by U2 planes)
and, later, satellite imagery from international space. Such national technical

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means are still used extensively by a number of states. They are supplemented
by many advanced modern techniques, for example, electronic eavesdropping, and the age-old method of espionage. A political break-through foraerial surveillance in the Euro-Atlantic area is the 2002 Treaty on Open
Skies that establishes a regime of observation ﬂights to gather information
about military forces and activities of the 30 states parties, from Vancouver
to Vladivostok.
Veriﬁcation through on-site inspection
With the expanded use of nuclear energy and the adoption of the NPT in
1968, international inspection became necessary. The NPT non-nuclearweapon states began to enter into safeguards agreements with the IAEA andto declare all their ﬁssile material open to inspections. The inspectors had
professional nuclear experience and were employed as international civil
servants.
Much more intrusive inspections were mandated by the Security Council
for Iraq after the Gulf War (especially by Resolution 687 of 1991). In the biological, chemical and missile ﬁelds these inspections were carried out
by UNSCOM and later by UNMOVIC . In the nuclear area, the IAEA was
responsible.
The 1993 Chemical Weapons Convention established an elaborate systemof veriﬁcation that was modeled on the IAEA safeguards system, but in several respects it was more advanced. No system of veriﬁcation has yet beendeveloped to verify compliance with the Biological Weapons Convention,
which was concluded at a time (1972) when general acceptance of effective
on-site inspection would have been impossible.
The main function of the IAEA safeguards system under the NPT was toverify that nuclear material in non-nuclear-weapon states would not bediverted to weapons or for purposes unknown, and thus to create conﬁdence
that states parties complied with their obligations not to acquire nuclear
weapons. A second aim was to provide timely detection of any diversion of asigniﬁcant quantity of enriched uranium or plutonium, allowing other states
and the international community time to take diplomatic or other action. A
third aim was that the risk of detection should serve to deter state parties
from violating their obligations. Veriﬁcation was thus thought to have a
direct bearing on compliance.
The IAEA safeguards arrangements, which are less than 50 years old,
were the world’s ﬁrst global on-site inspection system. Not surprisingly, thereluctance of governments to accept highly intrusive international inspec-

veriﬁcation

tion at the time led to some serious weaknesses in the system. These made iteasier for Iraq, Libya and Iran to violate their safeguards commitments without initially being detected. The non-compliance by Iraq that was discovered
through the Gulf War convinced governments that the IAEA safeguards
system had to be strengthened. This was done through the adoption of theAdditional Protocol in 1997.
What inspection powers are appropriate?
The answer to this question depends on the level of ambition being sought. It
is impossible to aim for complete assurance of a total absence of prohibited
items or activities. Moreover, a hypersensitive system would be very costly
and would result in many false and potentially troublesome alarms. In Japanand the United States, national police authorities, with all their resources
and rights of access, failed to suspect and detect the illegal presence of sarin
and anthrax that came to be used by non-state actors (in 1995 and 2001).
The strengthened safeguards system adopted and endorsed by the IAEA in
1997 probably marks the maximum that states are ready to accept today. It
provides signiﬁcant new powers for the inspectors and uses signiﬁcant newtechniques. It might not catch a non-compliant state red-handed. Rather
than allowing this to happen, a non-compliant state will probably denyinspectors access to evidence – to a site, document or piece of equipment.
Nevertheless, ﬁre may not be needed as an alarm. Smoke may be enough.
As of March 2006, 75 states have accepted the strengthened IAEA safeguards system. It is vital for conﬁdence that NPT non-nuclear-weapon states
accept them as standard. It would be reasonable to make such safeguards a
condition for the export of any nuclear items.
It has been suggested that evidence of a strategic authoritative decision bya government to comply with a speciﬁc commitment, rather than evidence
from on-site inspections, should be the decisive test of compliance. While inthe case of South Africa there was evidence of such a decision in its conduct,
this was not sufﬁcient to be the conclusive test. There had to be extensive
inspection as well. In the case of Iraq, a ‘strategic decision’ had actually beentaken, but the conduct of Iraq pointed in the opposite direction.
Thorough on-site inspection by competent international inspectors andthe acquisition of objective data must provide the main basis for the international community’s judgement of compliance. This will require extensive
rights of access to sites, people and documents.
Governments can assist independent international inspections by supplying relevant information obtained through their national means of intelli-

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gence. They can also exert pressure and threaten sanctions to ensure that
adequate access to sites and persons is given. The support given by the UN
Security Council and its individual members to the inspections in Iraq was of
crucial importance for their effective pursuit.
The Special Committee on Safeguards and Veriﬁcation, which was established by the Board of Governors of the IAEA in 2005 and which may meetat any time, could play a useful role. Inspected states will be aware that resistance to or obstruction of inspections might meet with serious questioning
not only from the international secretariat but also from many interested
states. However, members of the committee must take care not to undermine
the authority given to the international secretariat and to politicize whatshould remain objective technical investigations.
The inspection process
The technical means and processes used by inspectors have improved withsome 50 years of experience. The inspections in Iraq stimulated the introduction of new, powerful methods such as environmental sampling and groundpenetrating radar. Similarly, aerial surveillance and photography havedeveloped rapidly. New technical means allow inspection authorities tocarry out continuous surveillance of sensitive installations and activities andto be informed directly and in real time. Such surveillance may both be costeffective and help to avoid frequent intrusive visits by inspectors to equipment or sites. However, it will not obviate the need for periodic andunannounced visits on the ground by well-trained inspectors.
Theoretically, there would be nothing to prevent the UN Security Council
from asking an individual member government to set up inspection teams
from its own cadres for a particular inspection task. However, the nature of
the task, which is one of objective fact-ﬁnding, will generally demand inspection teams that are independent of individual governments. Inspectors should
be international civil servants who are not allowed to take instructions fromor act on behalf of any individual government. The political organs to whichinspectors report should be able to expect unbiased reports as the basis fortheir deliberations and decisions.
A good deal of experience has been accumulated about cooperation
between international inspection authorities and national intelligenceagencies, especially in the case of Iraq. National intelligence agencies may
acquire information through such means as electronic and aerial surveillance,
export controls and intelligence gathering. Their need to protect sources andtechniques sets limits on the information they can provide to internationalveriﬁcation

inspectors. Nevertheless, it is clear that national intelligence services cangreatly assist international inspection by providing important information –as they did in the case of Iraq and perhaps other cases. However, it is crucial
that this remain a one-way street. Inspectors and inspections must not
become the extended arms of intelligence services – otherwise, as experiencehas shown, they will lose their credibility and international respect.
WMDC RECOMMENDATION54

As the strengthened safeguards system adopted by the International Atomic Energy Agency through the Additional Protocol
should become standard for parties to the Non-Proliferation Treaty,
supplier states should make acceptance of this standard byrecipient parties a condition for contracts involving nuclear items.

WMDC RECOMMENDATION

55

Governments should instruct their intelligence authorities toassist international inspection agencies by providing relevant
information without compromising the independence of theinspection systems.

Limitations on what can be achieved
First, proving the negative is rarely possible. It is sometimes demanded that
inspections should result in ‘clean bills of health’ – full conﬁdence about fullcompliance. This is hardly attainable. However, a high degree of thoroughness in inspection makes it likely that when no irregularities are found it isbecause there are none. The professionalism of the inspectors, the powers,
the tools and the time given to them all matter. There will normally remain aresidue of uncertainty that must be indicated in the reports. Determining
how large a residue is tolerable is the responsibility of the political institutions to which the reports are submitted.
Second, the inspection organizations are not international police forcesthat can arrest and stop wrongdoers. However, they constitute important,
impartial search machines with a degree of legal access that is unlikely to begiven to foreign states. Although their vision is not unlimited, what they see
and report is a vital contribution to the knowledge on which governments
and the international community must base their conclusions and actions.
Third, the extensive discussions about the grounds on which some governments launched the war in Iraq indicate that these governments attributed

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little, if any, importance to the cautious and critical assessments presented asa result of the international inspections on the ground in Iraq. They chose
instead to base their decisions on evidence that was presented to them by theirown intelligence agencies, which turned out to be largely erroneous. The conclusion that should be drawn is that just as international inspection may
beneﬁt from information provided from national intelligence, which relies
on a host of sources unavailable to international organizations, national
governments would beneﬁt from paying attention to what independent international inspection reports and recommends on the basis of on-site inspections and detached, professional analysis.
Is there a need for an inspection unit attached to the UN Security Council?
Currently, international veriﬁcation of compliance with global bans on
chemical weapons and nuclear proliferation is compartmentalized. In addition, veriﬁcation of compliance is not provided for in the treaty banning biological weapons. Against this background, and given the relatively recent
engagement shown by the UN Security Council in the threats related to
WMD, it is not surprising that there have been suggestions for creating apermanent inspection unit as a subsidiary organ to the Security Council.
However, it would hardly be practical to create parallel inspection functions
that are already entrusted to (or may be conferred upon) the independent
organizations that report to the UN – the IAEA and the OPCW.
The above conclusion in no way negates the idea of a technical unit
attached to the Security Council. Such a unit could have a small core staff ofprofessional inspectors who provide the Council with analyses, surveys andadvice of a technical character. It should be able, when so requested by theCouncil, to set up and direct ad hoc inspection teams recruited from a rosterof experts whom the unit keeps trained and up-to-date on the latest techniques.
It should be based in and work with the UN Secretariat. As experience has
shown in the case of inspections in Iraq, such a unit would gain in effectiveness
if it were formally constituted as a subsidiary body of the Security Council.
There is currently no capacity to conduct inspections or monitoring that
the Security Council might mandate in the ﬁelds of biological weapons andmissiles. One possibility would be to convert the capability of the UN’s Iraq
inspection unit (UNMOVIC ) into a unit for use by the Council or by the
Secretary-General. For example, in a settlement of the current controversy
regarding North Korea, effective veriﬁcation of a ban on the acquisition ordevelopment of any weapons of mass destruction on the whole Korean peninsula might be required. The nuclear and chemical weapon inspections on theenforcement

peninsula could be carried out by the IAEA and the OPCW, respectively,
while the biological and missile parts would fall under a newly created inspection unit of the Security Council. The experience, institutional memory andarchives that were accumulated in UNMOVIC would come to good use.
WMDC RECOMMENDATION

56

The UN Security Council should establish a small subsidiary unitthat could provide professional technical information and advice
on matters relating to weapons of mass destruction. At the requestof the Council or the Secretary-General, it should organize ad hoc
inspections and monitoring in the ﬁeld, using a roster of welltrained inspectors that should be kept up-to-date.

ENFORCEMENT
Treaties on weapons of mass destruction are habitually implemented andrespected by the states parties, which are bound by them despite the absenceof courts and executive authorities. Yet a state might be tempted to disregard
its obligations openly or secretly. What means does the international community
have to discourage withdrawals, induce compliance, authoritatively establish whether violations have taken place, and enforce respect for the treaty?
‘Enforcement’ is not the proper term to describe when actions, perhaps ofa military nature, have been taken or threatened to eliminate the suspected
existence or development of WMD, regardless of whether there was a violation of a treaty or other legal commitment. The term should be reserved foracts related to the upholding of existing legal obligations by forceful means,political, economic or military. Even when the term is given this more limited
meaning, the practical means of ‘enforcement’ are rather different in theinternational sphere from those used in ordinary domestic law enforcement.
Enforcement of treaties and other international legal obligations in a community of sovereign states, many of which are economically and militarily
powerful, is evidently much more problematic and less certain than enforcement in a national jurisdiction. For arms control and disarmament treaties,
questions of enforcement may be referred by an organization or individualstates to the UN Security Council, which may both pass judgement and decideon action. A number of points may be noted.

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If non-compliance is suspected, attempts must be made to establish thisauthoritatively through credible investigations. The veriﬁcation systems
operated by the IAEA and the OPCW may provide governments with evidence
that may help them to draw convincing conclusions. In other cases, notably
suspected breaches of the BWTC , which lacks veriﬁcation mechanisms of its
own, the Security Council could mandate necessary investigations. Any stateparty may lodge a complaint to the Council about a perceived breach of thetreaty and all parties are obliged to cooperate with an investigation initiatedby the Council.
Most states in the international community are parties to and stakeholders in the global arms control and disarmament treaties. The rights ofeach party are affected by the non-compliance of any other party, and eachparty has a legitimate interest in joining in orderly action to end any noncompliance. Such action may demonstrate that the parties take their commitments seriously and may thus constitute a deterrent against further casesof non-compliance. Enforcement action that is unilateral, or taken by only afew parties without consulting other parties, ignores the responsibility andpossible support of other parties and stakeholders. If such action were to
involve the use of armed force, it would be subject to the restrictions in the
UN Charter.
If the Security Council or another competent body establishes that a state
has been non-compliant or that it appears likely or imminent that it will
become non-compliant, it should authorize negotiations with a view toensuring compliance. While it will not be practical to involve all the parties
to the relevant treaty, the rights of all are affected. Procedures should befound to consult them and report to them.
Individual WMD treaties and veriﬁcation agreements contain provisions
on measures that can be taken in a case of non-compliance. The IAEA Boardof Governors can decide to curtail or suspend assistance to a state and may
even suspend the rights and privileges of membership (Article XII .C of the
IAEA Statute). Referral to the Security Council is prescribed in some treaties(including the Statute of the IAEA) for some situations, including noncompliance. Moreover, it is always open for member states and the SecretaryGeneral to call the attention of the Council to a situation that, in their view,
may threaten international peace and security.
As developed in the next section, the UN Security Council has the power
to mandate or authorize a broad array of measures – from negotiations andrecommendations to fact ﬁnding, intrusive inspections, economic or othersanctions and full-scale military action. While the Council has been given

the role of the united nations

these vast competences, it must exercise them responsibly and with an awareness that it acts on behalf of the whole UN membership. Authorizing armed
action against a state on the basis of unsubstantiated allegations or tenuous
evidence of non-compliance with a WMD treaty would discredit the Council.
WMDC RECOMMENDATION

57

International legal obligations regarding weapons of mass
destruction must be enforced. International enforcement action
should be taken only after credible investigation and authoritativeﬁnding of non-compliance with legal obligations.

THE ROLE OF THE UNITED NATIONS
Governments are often reluctant to establish new intergovernmental institutions. Ofﬁcials and political leaders worry that deliberations and decisions
on speciﬁc matters will move from the national level, which they control, toan international sphere, which they do not. Speciﬁc analytical and operational tasks might also pass from national to international institutions.
While some decision makers may fear that such institutions will become
too strong, others may believe that they are too weak to be effective – hence
they either distrust or are sceptical of such institutions.
Yet leaders of most states also acknowledge that the greatest challenges in
the world today, or that are likely to emerge tomorrow, will require extensive
cooperation between states. They know that this cooperation will have to besustained and that it will entail such activities as pooling of information,
adopting and maintaining common standards, and managing operations.
They know that joint institutions and secretariats are indispensable inperforming such roles.

The United Nations disarmament machinery
The current institutional setting for global cooperation relating to WMD wasestablished in 1978 at the ﬁrst Special Session on Disarmament of the UN
General Assembly in 1978. The basic architecture has been the same sincethen and is often called the UN disarmament ‘machinery’. It is one of the twoparts of the world’s multilateral WMD -relevant institutions – the other partconsists of the institutions (described in earlier chapters), which are essential

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in operating the main WMD treaties, notably the IAEA , the OPCW and the
CTBTO.
The UN machinery is often seen as operating at three levels: a deliberative
level (the United Nations Disarmament Commission), a consensus-building
level (the United Nations General Assembly First Committee) and a body fornegotiating treaties (the Conference on Disarmament). At present, all threeof these main components of the machinery are plagued to different degrees
by political obstacles and blockages.

BOX 27

THE UNITED NATIONS DISARMAMENT ‘MACHINERY’
The term ‘machinery’ was coined in the General Assembly’s ﬁrst Special
Session on Disarmament in 1978, whose Final Document has guided multilateral disarmament activities ever since. There is a division of labour
between the different parts of the machinery – from the deliberation of basic
principles; the preparations, debate, drafting and adoption of resolutions; tothe negotiation of multilateral treaties.
The UN Disarmament Commission (UNDC) customarily meets for three
weeks each year in New York. All UN member states can participate. The
UNDC deliberates basic disarmament concepts and norms. It takes decisions by consensus.
The First Committee of the UN General Assembly in New York considers
proposals in the entire ﬁeld of disarmament and prepares them for vote in the
General Assembly. Each year, 40–50 resolutions, which are normative but
non-binding, are adopted by majority vote or by consensus.
The Conference on Disarmament (CD) in Geneva serves as the world’s
single multilateral disarmament negotiating forum. Sixty-ﬁve states are
currently members, and most other states participate as observers. The CD
negotiates multilateral treaties, most recently the CWC and the CTBT, whichwere concluded in the 1990s. All decisions, both substantive and procedural,must be taken by consensus.
Other institutions include the UN Department for Disarmament Affairs,
which provides support to the Secretary-General and for important treatiesthat do not have institutional structures of their own, such as the NPT and
the BTWC; and the United Nations Institute for Disarmament Research(UNIDIR), which convenes seminars, undertakes or hosts studies andanalyses, and publishes books and reports.

the role of the united nations

At the opening of the 2000 NPT Review Conference, UN SecretaryGeneral Koﬁ Annan said:‘Quite frankly, much of the established multilateral machinery has
started to rust – a problem due not to the machinery itself but to the apparent
lack of political will to use it.’
The United Nations Disarmament Commission (UNDC) is a deliberative body

open to all UN member states, which meets annually in New York to consider a limited agenda of disarmament issues and make recommendations,
often in the form of guidelines for collective action. It is a subsidiary organ of
the General Assembly.
The General Assembly is the most representative body of the world with a
responsibility for the area of disarmament. With fresh experience of the standstill, the General Assembly should initiate an effort to revive the disarmament
process. Building on the widespread public dismay over the inability of the2005 World Summit to agree on any reference to WMD issues of disarmament, non-proliferation or terrorism in the ‘Outcome Document’, theGeneral Assembly should consider calling another World Summit focusedon precisely these issues. The First Committee of the General Assembly has
experienced divisions, best exempliﬁed by the deeply divided votes each year
on resolutions dealing with nuclear weapons, most notably nuclear disarmament. While efforts have been under way to reform the working proceduresof the First Committee – for example, to introduce fewer resolutions eachyear and focus more on implementing existing resolutions – they have notbeen effective.
The Conference on Disarmament has been unable to adopt a Programmeof Work for almost a decade. Although there have been some modest improvements in cooperation, the CD remains embroiled in perennial disagreements
among blocs of states over basic priorities. Such differences are aggravatedand made intractable by the requirement of consensus, a CD rule that applies
even to purely procedural decisions, which in practical terms amounts to aright of veto for each member.
In the view of many states, shared by the Commission, this wholesale
application of the consensus rule is a relic of the Cold War and should be
eliminated. Under this rule, the CD cannot adopt its programme of Work –or other procedural decisions – unless all members agree. By contrast, important decisions of the General Assembly only require a qualiﬁed majority of
two-thirds of the members present and voting. Many states still beneﬁt fromparticipation in regional groups, but since those were formed during theCold War, they may have done more to prevent than to facilitate consensus.

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WMDC RECOMMENDATION

58

In order for the Conference on Disarmament to function, it shouldbe able to adopt its Programme of Work by a qualiﬁed majority of
two-thirds of the members present and voting. It should also takeits other administrative and procedural decisions with the samerequirements.

WMDC RECOMMENDATION59

The United Nations General Assembly should convene a World
Summit on disarmament, non-proliferation and terrorist use of
weapons of mass destruction, to meet after thorough preparation.
This World Summit should also discuss and decide on reforms to
improve the efﬁciency and effectiveness of the UN disarmamentmachinery.

The role of the UN Security Council
While the UN General Assembly and organs under it have been deeply engaged
in the task of policy-making and negotiations regarding arms control anddisarmament (Article 11:1 of the UN Charter), the Security Council has concerned itself principally with speciﬁc cases. It has been pragmatic in deciding
upon the degree of practical engagement to be taken in the various cases,
allowing it to be inﬂuenced by the particular circumstances in each case.
Following Iraq’s invasion of Kuwait in 1990 and the 1991 Gulf War, theSecurity Council determined that all Iraq’s weapons of mass destruction andmissiles of a range greater than 150 km should be eradicated (Security Council
Resolution 687). The Council engaged deeply and directly in the process ofinspection and disarmament throughout the 1990s and up to and including
the Iraq war in 2003.
In the case of North Korea, which was referred to the Council in 1993 by
the IAEA Board of Governors on the ground that the country had violated its
safeguards agreement, the Council adopted no sanctions but urged its members ‘to make appropriate efforts’. In pursuance of this recommendation the
US engaged in discussions that in 1994 led to an ‘Agreed Framework’ with
North Korea. The Council took no action on North Korea’s notice of withdrawal from the NPT in 2003, and recent efforts to ﬁnd a solution to theproliferation problems posed by North Korea have been centred on talks in
Beijing without any link to the Council.

the role of the united nations

In 1998, the Council adopted unanimously a resolution condemning theIndian and Pakistani nuclear tests (Resolution 1172).
In 2003, the agreement reached by the US and the UK with Libya about thetermination of illegal Libyan programmes of weapons of mass destruction
was not reported to the Security Council.
So far in 2006, the world community has been divided about whether or
not the Security Council should take action regarding the violations by Iranof its safeguards agreements and the suspicions of an intention on the part of
Iran to proceed from a programme of uranium enrichment to a programmeof weapon development.
Article 26 of the UN Charter prescribes that the Council shall be responsible for formulating plans for ‘the establishment of a system for the regulationof armaments’ in order to promote the maintenance of peace and security
with the least diversion of resources for armaments, and Article 47:1 makes
reference to a ‘disarmament’ role for the Council. Yet, the Council has not
fulﬁlled this role. While the conditions of the Cold War might explain thepassivity in the past it might be questioned whether there is today any goodreason why the Council, which comprises as permanent members the stateswith the world’s largest diversion of resources for armaments, should notembark upon the role laid upon it. The question may be the more justiﬁed
since, in the Post-Cold War period, the Council has gone beyond measuresapplying to speciﬁc cases and made – welcome – efforts to prevent nonnuclear-weapon states and non-state actors from acquiring WMD.
In January 1992, following a summit-level meeting, the Security Council
declared through a Presidential Statement that:‘The proliferation of all weapons of mass destruction constitutes a threat
to international peace and security. The members of the Council commit
themselves to working to prevent the spread of technology related to theresearch for or production of such weapons and to take appropriate action tothat end.’
Under Article 39 of the UN Charter, any determination by the Council thata situation or action constitutes a threat to international peace and security
allows the Council to decide under Chapter VII of the Charter on measures,
including economic and military sanctions, which are binding. Accordingly,
the statement was – and remains – an important signal to the world that theCouncil will consider itself competent to take a wide range of action in any
future case of the proliferation of WMD. Of course, notice that it can takeaction is not the same as notice that it will take action. As noted above, the

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case of Libya’s breach of the NPT was not taken to the Council in 2003 but
was handled through negotiations between the UK , the US and Libya.
Equally important is the Security Council’s adoption of Resolution 1540
in April 2004. Here the position expressed in the Presidential Statement of1992 was afﬁrmed in a formal Council resolution, which decided with binding effect that all UN member states:‘shall adopt and enforce appropriate effective laws which prohibit any
non-state actor to manufacture, acquire, possess, develop, transport, transfer or use nuclear, chemical or biological weapons or their means of delivery
in particular for terrorist purposes …’
In this and other similar resolutions, the Security Council has moved
beyond the realm of deciding on measures to be taken by member states in
speciﬁc cases and prescribed what they must do in a large and diverse categoryof cases. Moreover, it established machinery to supervise the implementationof the required measures.
The action illustrates the great potential power of the Security Council todeal not only with speciﬁc acute cases but also generally with questions of
WMD, disarmament, non-proliferation and terrorism – indeed to ‘legislate’for the world: member states are obliged under Article 25 of the Charter toaccept and carry out the decisions of the Security Council. There is no rightof reservation or opting out.
The primary responsibility placed upon the Council for the maintenanceof international peace and security is thus matched by the authority that isgiven to it and that can be exercised to reduce the risk of WMD, whether inthe hands of the ﬁve permanent members or other members of the United
Nations, or non-state actors. This broad authority also raises somequestions. It makes the Council legislator, judge and enforcer. All 191 UN
member states could become obliged to act in accordance with injunctions
that could be decided by as few as nine Council members. Is the Council sufﬁciently representative of the world to carry such responsibility, or does thecomposition need to be improved? Do new rules, or at least practices, need
to be developed to ensure adequate consultation between the members of
the organization that will be bound by decisions, and the members of the
Security Council that will take the decisions?

the role of the united nations

WMDC RECOMMENDATION

60

The United Nations Security Council should make greater use of
its potential to reduce and eliminate threats of weapons of mass
destruction – whether they are linked to existing arsenals, proliferation or terrorists. It should take up for consideration any withdrawal
from or breach of an obligation not to acquire weapons of mass
destruction. Making use of its authority under the Charter to takedecisions with binding effect for all members, the Council may,inter alia:
require individual states to accept effective and comprehensive
monitoring, inspection and veriﬁcation;require member states to enact legislation to secure global
implementation of speciﬁc rules or measures; anddecide, as instance of last resort, on the use of economic or military enforcement measures.
Before UN reform has made the Security Council more representative of the UN membership, it is especially important that binding
decisions should be preceded by effective consultation to ensurethat they are supported by the membership of the UN and will be
accepted and respected.

BEYOND WMD
The particular abhorrence of WMD, and the stigma attached to them as weapons of terror, have rightly placed these weapons in the forefront of the arms
control and disarmament efforts. This report focuses on how short- andmedium-term progress can be made in the effort to outlaw nuclear weapons
and to secure full implementation of the prohibitions on biological andchemical weapons. It does not address the even larger question of general andcomplete disarmament.
The perspective of a world free of WMD must be supplemented by the perspective of a world in which the arsenals of conventional weapons have been
reduced drastically. The objective must also be a world in which the international use of armed force, when it becomes necessary, is monopolized by
the United Nations (except for self-defence in the case of armed attacks thathave occurred or are imminent). It is outside the scope of this report to discuss
how this development can be achieved. Only some speculations can be offered.

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If the way in which human societies have over time succeeded in limiting
the use of armed force and achieving peace in individual nations is any guide,
the key factors would seem to be: a measure of economic integration, theestablishment of central control over most arms in the territory, protection
by the central authority of those who turned in their weapons, and the development of democracy and the rule of law.
It seems improbable that in today’s world any single state or group ofstates would have the will or the power to establish and enforce control overall states and their armed forces. This would not be acceptable to the vast
majority of the states in the world.
It is more likely that economic integration, which is accelerating as neverbefore in history, will lead us to even greater interdependence. Tensions
between rich and poor societies, the spread of diseases like HIV and avian ﬂu,
environmental threats, competition over energy, the functioning of international trade and ﬁnancial markets, cross-border crime and terrorism, andso forth, will be challenges for all. They will require the development of aninternational society organized through cooperation and law rather than
one controlled by overwhelming military force, including weapons of mass
destruction.

Annexes

ANNEX 1: WMDC RECOMMENDATIONSNUCLEAR WEAPONSPreventing the proliferation of nuclear weapons
WMDC RECOMMENDATION

1

All parties to the Non-Proliferation Treaty need to revert to the fundamental and balanced non-proliferation and disarmament commitments thatwere made under the treaty and conﬁrmed in 1995 when the treaty was
extended indeﬁnitely.

WMDC RECOMMENDATION

2

All parties to the Non-Proliferation Treaty should implement the decision
on principles and objectives for non-proliferation and disarmament, thedecision on strengthening the Non-Proliferation Treaty review process,and the resolution on the Middle East as a zone free of nuclear and all otherweapons of mass destruction, all adopted in 1995. They should also promote the implementation of ‘the thirteen practical steps’ for nuclear disarmament that were adopted in 2000.

WMDC RECOMMENDATION3

To enhance the effectiveness of the nuclear non-proliferation regime, all
Non-Proliferation Treaty non-nuclear-weapon states parties should accept
comprehensive safeguards as strengthened by the International Atomic
Energy Agency Additional Protocol.

WMDC RECOMMENDATION

4

The states parties to the Non-Proliferation Treaty should establish a standing secretariat to handle administrative matters for the parties to the treaty.
This secretariat should organize the treaty’s Review Conferences andtheir Preparatory Committee sessions. It should also organize other treatyrelated meetings upon the request of a majority of the states parties.

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WMDC RECOMMENDATION

5

Negotiations with North Korea should aim at a veriﬁable agreement including, as a principal element, North Korea’s manifesting its adherence to the
Non-Proliferation Treaty and accepting the 1997 Additional Protocol, as
well as revival and legal conﬁrmation of the commitments made in the
1992 Joint Declaration on the Denuclearization of the Korean Peninsula:notably, that neither North nor South Korea shall have nuclear weapons
or nuclear reprocessing and uranium enrichment facilities. Fuel-cycle
services should be assured through international arrangements. The agreement should also cover biological and chemical weapons, as well as
the Comprehensive Nuclear-Test-Ban Treaty, thus making the Korean
peninsula a zone free of weapons of mass destruction.

WMDC RECOMMENDATION

6

Negotiations must be continued to induce Iran to suspend any sensitive
fuel-cycle-related activities and ratify the 1997 Additional Protocol andresume full cooperation with the International Atomic Energy Agency inorder to avoid an increase in tensions and to improve the outlook for thecommon aim of establishing a Middle East zone free of weapons of mass
destruction. The international community and Iran should build mutual
conﬁdence through measures that should include: reliable assurance
regarding the supply of fuel-cycle services; suspending or renouncing
sensitive fuel-cycle activities for a prolonged period of time by all states in
the Middle East; assurances against attacks and subversion aiming at
regime change; and facilitation of international trade and investment.

WMDC RECOMMENDATION

7

The nuclear-weapon states parties to the Non-Proliferation Treaty should
provide legally binding negative security assurances to non-nuclearweapon states parties. The states not party to the Non-Proliferation
Treaty that possess nuclear weapons should separately provide suchassurances.

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WMDC RECOMMENDATION

8States should make active use of the IAEA as a forum for exploring various
ways to reduce proliferation risks connected with the nuclear fuel cycle,
such as proposals for an international fuel bank; internationally safeguarded
regional centres offering fuel-cycle services, including spent-fuel repositories; and the creation of a fuel-cycle system built on the concept that a
few ‘fuel-cycle states’ will lease nuclear fuel to states that forgo enrichment and reprocessing activities.

WMDC RECOMMENDATION

9States should develop means of using low-enriched uranium in ships andresearch reactors that presently require highly enriched uranium. The production of highly enriched uranium should be phased out. States that separate plutonium by reprocessing spent nuclear fuel should explore possibilities for reducing that activity.

WMDC RECOMMENDATION

10All states should support the international initiatives taken to advancethe global clean-out of ﬁssile material. Such support should encompass the conversion of research reactors from highly enriched to lowenriched uranium fuel, storing ﬁssile material at centralized and secure
locations, and returning exported nuclear materials to suppliers forsecure disposal or elimination.

WMDC RECOMMENDATION

11All Non-Proliferation Treaty nuclear-weapon states that have not yet
done so should ratify the protocols of the treaties creating regional
nuclear-weapon-free zones. All states in such zones should conclude
their comprehensive safeguards agreements with the IAEA and agree
to ratify and implement the Additional Protocol.

wmdc recommendations

WMDC RECOMMENDATION

12

All states should support continued efforts to establish a zone free of
weapons of mass destruction in the Middle East as a part of the overall peace process. Steps can be taken even now. As a conﬁdencebuilding measure, all states in the region, including Iran and Israel,should for a prolonged period of time commit themselves to a veriﬁed
arrangement not to have any enrichment, reprocessing or other sensitive fuel-cycle activities on their territories. Such a commitment should
be coupled with reliable assurances about fuel-cycle services requiredfor peaceful nuclear activities. Egypt, Iran and Israel should join theother states in the Middle East in ratifying the CTBT.

WMDC RECOMMENDATION

13

India and Pakistan should both ratify the CTBT and join those otherstates with nuclear weapons that have declared a moratorium on the
production of ﬁssile material for weapons, pending the conclusion ofa treaty. They should continue to seek bilateral détente and build conﬁdence through political, economic and military measures, reducing
the risk of armed conﬂict, and increasing transparency in the nuclear
and missile activities of both countries. Eventually, both states should
become members of the Nuclear Suppliers Group and the Missile
Technology Control Regime, as well as parties to International Atomic
Energy Agency safeguards agreements under the terms of the 1997
Additional Protocol.

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Preventing nuclear terrorism
WMDC RECOMMENDATION

14States must prevent terrorists from gaining access to nuclear weapons or ﬁssile material. To achieve this, they must maintain fully effective accounting and control of all stocks of ﬁssile and radioactive
material and other radiological sources on their territories. They should
ensure that there is personal legal responsibility for any acts of nuclear
terrorism or activities in support of such terrorism. They must expand
their cooperation through inter alia the sharing of information, including intelligence on illicit nuclear commerce. They should also promote universal adherence to the International Convention for the
Suppression of Acts of Nuclear Terrorism and to the Convention on
the Physical Protection of Nuclear Material and implementation of
UN Security Council Resolution 1540.

Reducing the threat and the numbers of existing
nuclear weapons
WMDC RECOMMENDATION

15

All states possessing nuclear weapons should declare a categoricalpolicy of no-ﬁrst-use of such weapons. They should specify that thiscovers both pre-emptive and preventive action, as well as retaliation
for attacks involving chemical, biological or conventional weapons.

WMDC RECOMMENDATION16

All states possessing nuclear weapons should review their militaryplans and deﬁne what is needed to maintain credible non-nuclear
security policies. States deploying their nuclear forces in triads, consisting of submarine-launched missiles, ground-based intercontinental ballistic missiles and long-range bombers, should abandon thispractice in order to reduce nuclear-weapon redundancy and avoid
fuelling nuclear arms races.

wmdc recommendations

WMDC RECOMMENDATION

17

Russia and the United States should agree on reciprocal steps to taketheir nuclear weapons off hair-trigger alert and should create a jointcommission to facilitate this goal. They should undertake to eliminate
the launch-on-warning option from their nuclear war plans, while
implementing a controlled parallel decrease in operational readinessof a large part of their strategic forces, through:reducing the number of strategic submarines at sea and lowering
their technical readiness to launch while in port;
storing nuclear bombs and air-launched cruise missiles separatelyfrom relevant air ﬁelds;
storing separately nose cones and/or warheads of most intercontinental ballistic missiles or taking other technical measures toreduce their readiness.

WMDC RECOMMENDATION

18

Russia and the United States should commence negotiations on a
new strategic arms reduction treaty aimed at reducing their deployments of strategic forces allowed under the Strategic Offensive
Reductions Treaty by at least half. It should include a legally binding
commitment to irreversibly dismantle the weapons withdrawn under
the Strategic Offensive Reductions Treaty. The new treaty should also
include transparent counting rules, schedules and procedures for
dismantling the weapons, and reciprocal measures for veriﬁcation.

WMDC RECOMMENDATION

19

Russia and the United States, followed by other states possessing
nuclear weapons, should publish their aggregate holdings of nuclear
weapons on active and reserve status as a baseline for future disarmament efforts. They should also agree to include speciﬁc provisions in future disarmament agreements relating to transparency,
irreversibility, veriﬁcation and the physical destruction of nuclear warheads.

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WMDC RECOMMENDATION

20

All states possessing nuclear weapons must address the issue of
their continued possession of such weapons. All nuclear-weapon
states parties to the Non-Proliferation Treaty must take steps towards
nuclear disarmament, as required by the treaty and the commitments
made in connection with the treaty’s indeﬁnite extension. Russia andthe United States should take the lead. Other states possessing
nuclear weapons should join the process, individually or in coordinatedaction. While Israel, India and Pakistan are not parties to the NonProliferation Treaty, they, too, have a duty to contribute to the nuclear
disarmament process.

WMDC RECOMMENDATION

21

Russia and the United States should proceed to implement the commitments they made in 1991 to eliminate speciﬁc types of non-strategic
nuclear weapons, such as demolition munitions, artillery shells andwarheads for short-range ballistic missiles. They should agree to withdraw all non-strategic nuclear weapons to central storage on national
territory, pending their eventual elimination. The two countries should
reinforce their 1991 unilateral reduction commitments by developing
arrangements to ensure veriﬁcation, transparency and irreversibility.

WMDC RECOMMENDATION

22

Every state that possesses nuclear weapons should make a commitment not to deploy any nuclear weapon, of any type, on foreign soil.

WMDC RECOMMENDATION

23

Any state contemplating replacement or modernization of its nuclearweapon systems must consider such action in the light of all relevant
treaty obligations and its duty to contribute to the nuclear disarmament process. As a minimum, it must refrain from developing nuclear
weapons with new military capabilities or for new missions. It must
not adopt systems or doctrines that blur the distinction between
nuclear and conventional weapons or lower the nuclear threshold.

wmdc recommendations

WMDC RECOMMENDATION24

All states possessing nuclear weapons, notably Russia and the UnitedStates, should place their excess ﬁssile material from military programmes under International Atomic Energy Agency safeguards. To
facilitate the reduction of stocks of highly enriched uranium, states
possessing such stocks should sell uranium blended to enrichmentlevels suitable for reactor fuel to other Non-Proliferation Treaty states
or use it for their own peaceful nuclear energy needs.

WMDC RECOMMENDATION25

All states possessing nuclear weapons should adopt strict standards
for the handling of weapons-usable ﬁssile material deemed excess tomilitary requirements or recovered from disarmament activities, as
exempliﬁed in the US stored-weapon and spent-fuel standards.

WMDC RECOMMENDATION26

The Conference on Disarmament should immediately open the delayed
negotiations for a treaty on the cut-off of production of ﬁssile material
for weapons without preconditions. Before, or at least during, thesenegotiations, the Conference on Disarmament should establish aGroup of Scientiﬁc Experts to examine technical aspects of the treaty.

WMDC RECOMMENDATION27

To facilitate ﬁssile material cut-off negotiations in the Conference on
Disarmament, the ﬁve Non-Proliferation Treaty nuclear-weapon
states, joined by the other states possessing nuclear weapons,should agree among themselves to cease production of ﬁssile material for weapon purposes. They should open up their facilities for suchproduction to International Atomic Energy Agency safeguards
inspections, building on the practice of Euratom inspections in France
and the UK . These eight states should also address the issue of
veriﬁable limitations of existing stocks of weapons-usable nuclear
materials.

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WMDC RECOMMENDATION28

All states that have not already done so should sign and ratify theComprehensive Nuclear-Test-Ban Treaty unconditionally and without delay. The United States, which has not ratiﬁed the treaty, should
reconsider its position and proceed to ratify the treaty, recognizingthat its ratiﬁcation would trigger other required ratiﬁcations and be a
step towards the treaty’s entry into force. Pending entry into force, allstates with nuclear weapons should continue to refrain from nuclear
testing. Also, the 2007 conference of Comprehensive Nuclear-TestBan Treaty signatories should address the possibility of a provisional
entry into force of the treaty.

WMDC RECOMMENDATION29

All signatories should provide ﬁnancial, political and technical support for the continued development and operation of the veriﬁcation
regime, including the International Monitoring System, the International Data Centre and the secretariat, so that the CTBTO is readyto monitor and verify compliance with the treaty when it enters into
force. They should pledge to maintain their respective stations andcontinue to transmit data on a national basis under all circumstances.

From regulating nuclear weapons to outlawing them
WMDC RECOMMENDATION30

All states possessing nuclear weapons should commence planningfor security without nuclear weapons. They should start preparing forthe outlawing of nuclear weapons through joint practical and incremental measures that include deﬁnitions, benchmarks and transparency requirements for nuclear disarmament.

wmdc recommendations

BIOLOGICAL AND TOXIN WEAPONSWMDC RECOMMENDATION

31

All states not yet party to the Biological and Toxin Weapons Convention should adhere to the Convention. The states parties to the Convention should launch a campaign to achieve universal adherence by
the time of the Seventh Review Conference, to be held in 2011.

WMDC RECOMMENDATION

32

To achieve universal adoption of national legislation and regulations
to implement the Biological and Toxin Weapons Convention completely and effectively, the states parties should offer technical assistance and promote best-practice models of such legislation. As a partof the conﬁdence-building process and to promote transparency andharmonization, all states parties should make annual biologicalweapon-related national declarations and make them public.

WMDC RECOMMENDATION

33

States parties to the Biological and Toxin Weapons Convention
should enhance the investigatory powers of the UN SecretaryGeneral, ensuring that the Secretary-General’s ofﬁce can rely upona regularly updated roster of experts and advice from the World
Health Organization and a specialist unit, modelled on the United
Nations Monitoring, Veriﬁcation and Inspection Commission, toassist in investigating unusual outbreaks of disease and allegationsof the use of biological weapons.

WMDC RECOMMENDATION

34

States parties to the Biological and Toxin Weapons Convention
should establish a standing secretariat to handle organizational andadministrative matters related to the treaty, such as Review Conferences and expert meetings.

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WMDC RECOMMENDATION

35

Governments should pursue public health surveillance to ensure
effective monitoring of unusual outbreaks of disease and develop
practical methods of coordinating international responses to any
major event that might involve bioweapons. They should strengthen
cooperation between civilian health and security-oriented authorities,
nationally, regionally and worldwide, including in the framework of the
new International Health Regulations of the World Health Organization. Governments should also review their national biosafety and biosecurity measures to protect health and the environment from therelease of biological and toxin materials. They should harmonize
national biosecurity standards.

WMDC RECOMMENDATION36

At the Sixth Review Conference, in 2006, the states parties to the Biological and Toxin Weapons Convention should reafﬁrm common
understandings reached at previous review conferences and takeaction on all subjects addressed at Convention meetings since 2003.
They should also establish a work programme on additional topics
for future meetings. States parties should ensure more frequent
reassessment of the implications of scientiﬁc and technologicaldevelopments and reafﬁrm that all undertakings under Article I of the
Biological and Toxin Weapons Convention apply to such developments. This Review Conference should reafﬁrm that all developments in the life sciences fall within the scope of the Convention andthat all developments in the life sciences for hostile purposes areprohibited by the Convention.

CHEMICAL WEAPONSWMDC RECOMMENDATION

37

States parties to the Chemical Weapons Convention must provide
adequate resources to ensure that there are no undue delays in theagreed destruction of chemical weapon stockpiles.

wmdc recommendations

WMDC RECOMMENDATION38

The Organisation for the Prohibition of Chemical Weapons andstates parties to the Chemical Weapons Convention should continue
their efforts to secure universal adherence to the Convention. States
parties should fully implement the rules on trade and transfer of chemicals that are precursors to chemical-weapon agents. They should
further develop regulations regarding the trade and transfer of chemicals that can be used to produce chemical weapons. The Organisation for the Prohibition of Chemical Weapons and states parties
should continue to offer states positive incentives, including technical assistance, to join and implement the Chemical Weapons Convention. When providing such assistance or transferring relevant
technologies, they should consider steps to ensure safe and responsible handling by the recipient.

WMDC RECOMMENDATION

39

States parties to the Chemical Weapons Convention should conﬁrm
that, like the use of riot control agents, the use of toxic chemical agentsfor purposes of law enforcement is banned as a method of warfare.
Accordingly, each state party must declare any such agent under
Article III .

WMDC RECOMMENDATION

40

States parties should ensure that the Organisation for the Prohibitionof Chemical Weapons has the resources, experience and legal rights
needed to carry out challenge inspections in a timely and effective
manner, including for the taking of samples and removal of samples
for testing.

WMDC RECOMMENDATION

41

Through their domestic laws and policies, all states should prohibit
the production, possession and use of toxic chemicals and technologies for purposes that are banned by the Chemical Weapons Convention. States should ensure security in and for chemical facilities
through legislation and agreement with industry. States should also
develop national means to monitor that security standards are met.

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WMDC RECOMMENDATION 42

42

States parties to the Chemical Weapons Convention should use theOrganisation for the Prohibition of Chemical Weapons as a coordinating centre in the development of global standards for a chemicalindustry security culture. The Organisation should offer evaluationand security assistance at declared sites. States parties should also
strengthen the capacity of the Organisation for the Prohibition ofChemical Weapons to provide practical assistance against chemical
weapons, for instance detection equipment, alarm systems and medical antidotes.

WMD DELIVERY MEANS, MISSILE DEFENCES,
AND WEAPONS IN SPACEWMDC RECOMMENDATION43

MTCR member states should make new efforts to better implement

and expand export controls on relevant materials and technology.
States subscribing to the Hague Code of Conduct should extend its
scope to include cruise missiles and unmanned aerial vehicles. They
should establish a multilateral data exchange centre, based on the
Russian-US initiatives for the exchange of data on missile launchesfrom early-warning systems. Regional and international nonproliferation measures should include information exchanges, launch
notiﬁcation, and restrictions or bans on speciﬁc items or capabilities.

WMDC RECOMMENDATION 44

44

States should not consider the deployment or further deployment ofany kind of missile defence system without ﬁrst attempting to negotiate
the removal of missile threats. If such negotiations fail, deploymentsof such systems should be accompanied by cooperative development programmes and conﬁdence-building measures to lower therisk of adverse effects on international peace and security, including
the risk of creating or aggravating arms races.

wmdc recommendations

WMDC RECOMMENDATION 45

45

All states should renounce the deployment of weapons in outer space.
They should promote universal adherence to the Outer Space Treaty
and expand its scope through a protocol to prohibit all weapons inspace. Pending the conclusion of such a protocol, they should refrainfrom activities inconsistent with its aims, including any tests against
space objects or targets on earth from a space platform. Statesshould adapt the international regimes and institutions for spaceissues so that both military and civilian aspects can be dealt with in
the same context. States should also set up a group of experts todevelop options for monitoring and verifying various components of aspace security regime and a code of conduct, designed inter alia toprohibit the testing or deployment of space weapons.

WMDC RECOMMENDATION

46

A Review Conference of the Outer Space Treaty to mark its 40thyear in force should be held in 2007. It should address the need tostrengthen the treaty and extend its scope. A Special Coordinatorshould be appointed to facilitate ratiﬁcations and liaise with nonparties about the reinforcement of the treaty-based space security
regime.

EXPORT CONTROLS, INTERNATIONAL ASSISTANCE,AND NON-GOVERNMENTAL ACTORSWMDC RECOMMENDATION47

All states should conduct audits of their export control enforcement
agencies (customs, police, coastguard, border control and military)
to ensure that they can carry out their tasks effectively. States shouldseek to establish a universal system of export controls providing harmonized standards, enhanced transparency, and practical support
for implementation. Members of the ﬁve export control regimes should
promote a widening of their membership and improve implementationin view of current security challenges, without impeding legitimate
trade and economic development.

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WMDC RECOMMENDATION

48

The G8 Global Partnership should expand the geographical andfunctional scope of its non-proliferation assistance. The G8 should
guarantee full funding for the Elimination of Weapons-Grade Plutonium
Production ( EWGPP ) programme. Potential donors should consider
how technical assistance, training, equipment and ﬁnancing could
be brought to bear to help states of all regions implement UN Security
Council Resolution 1540.

WMDC RECOMMENDATION

49

Companies engaged in activities relevant to weapons of mass destruction have the ability and responsibility to help prevent the proliferationof such weapons and an interest in demonstrating that they are fulﬁlling that responsibility, including full compliance with national andinternational obligations and public transparency. Trade associations
should promote such objectives.

WMDC RECOMMENDATION

50States, international organizations and professional associations
should encourage the appropriate academic and industrial associations to adopt and effectively implement codes of practice and codesof conduct for science and research in weapons of mass destructionrelevant ﬁelds.

WMDC RECOMMENDATION

51

Governments possessing any weapons of mass destruction should
keep their parliaments fully and currently informed of their holdings ofsuch weapons and their activities to reduce and eliminate them.
Parliaments should actively seek such information and recognize
their responsibility in formulating policies relevant to weapons ofmass destruction issues. Greater inter-parliamentary cooperation on
weapons of mass destruction issues is needed.

WMDC RECOMMENDATION

52

States should assist Non-Governmental Organizations to actively
participate in international meetings and conferences, and to informand campaign in the weapons of mass destruction ﬁeld. Private
foundations should substantially increase their support for suchorganizations that are working to eliminate global weapons of mass
destruction threats.

wmdc recommendations

WMDC RECOMMENDATION

53

Organizations with security-relevant agendas should re-examine the2002 United Nations Study on Disarmament and Non-Proliferation
Education, and should consider ways in which they could foster andsupport such education and an informed public debate. Governments
should fund student internships at multilateral institutions working on
weapons of mass destruction issues.

COMPLIANCE, VERIFICATION, ENFORCEMENT
AND THE ROLE OF THE UNITED NATIONSWMDC RECOMMENDATION54

As the strengthened safeguards system adopted by the International
Atomic Energy Agency through the Additional Protocol should
become standard for parties to the Non-Proliferation Treaty, supplierstates should make acceptance of this standard by recipient parties
a condition for contracts involving nuclear items.

WMDC RECOMMENDATION

55

Governments should instruct their intelligence authorities to assist
international inspection agencies by providing relevant information
without compromising the independence of the inspection systems.

WMDC RECOMMENDATION

56

The UN Security Council should establish a small subsidiary unit that
could provide professional technical information and advice onmatters relating to weapons of mass destruction. At the request of
the Council or the Secretary-General, it should organize ad hoc
inspections and monitoring in the ﬁeld, using a roster of well-trained
inspectors that should be kept up-to-date.

WMDC RECOMMENDATION

57

International legal obligations regarding weapons of mass destruction must be enforced. International enforcement action should betaken only after credible investigation and authoritative ﬁnding of noncompliance with legal obligations.

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WMDC RECOMMENDATION

58

In order for the Conference on Disarmament to function, it should be
able to adopt its Programme of Work by a qualiﬁed majority of twothirds of the members present and voting. It should also take its otheradministrative and procedural decisions with the same requirements.

WMDC RECOMMENDATION59

The United Nations General Assembly should convene a World
Summit on disarmament, non-proliferation and terrorist use of
weapons of mass destruction, to meet after thorough preparations.
This World Summit should also discuss and decide on reforms to
improve the efﬁciency and effectiveness of the UN disarmamentmachinery.

WMDC RECOMMENDATION

60

The United Nations Security Council should make greater use of its
potential to reduce and eliminate threats of weapons of mass destruction – whether they are linked to existing arsenals, proliferation or
terrorists. It should take up for consideration any withdrawal from orbreach of an obligation not to acquire weapons of mass destruction.
Making use of its authority under the Charter to take decisions withbinding effect for all members, the Council may, inter alia:
require individual states to accept effective and comprehensive
monitoring, inspection and veriﬁcation;require member states to enact legislation to secure global implementation of speciﬁc rules or measures; anddecide, as instance of last resort, on the use of economic or military
enforcement measures.
Before UN reform has made the Security Council more representative of the UN membership, it is especially important that binding decisions should be preceded by effective consultation to ensure that they
are supported by the membership of the UN and will be accepted andrespected.

ANNEX 2: WORK OF THE COMMISSION
Mandate of the Commission(As adopted by the Commission on 28 January 2004)

Background
The Weapons of Mass Destruction Commission (WMDC) is established on
an initiative by the late Foreign Minister of Sweden, Anna Lindh, acting on
a proposal by then United Nations Under-Secretary-General Jayantha
Dhanapala. The Swedish Government invited Dr. Hans Blix to set up andchair the Commission. He presented the composition of the Commission to
the public on 16 December 2003 and explained what he saw were majortasks for it.
The Commission commences its work against the background of morethan a half-century’s striving for non-proliferation, arms control and disarmament of weapons of mass destruction. While there has been much successand progress, especially after the end of the Cold War, there have been many
difﬁculties and disappointments in recent years. The technical evolution andthe access to knowledge have also reduced some barriers to the acquisition of
weapons. The possession and potential use of weapons of mass destruction
by states or non-state actors remain ever-present risks. The slowdown andstalemate in the ﬁelds of non-proliferation, arms control and disarmamentneeds to be reversed and the momentum needs to be regained. Major contributions to national and international security would result.

The Commission’s task
The Commission should seek to identify desirable and achievable directions
for international cooperation. It should present realistic proposals aimed at
the greatest possible reduction of the dangers of weapons of mass destruction. These should comprise both short-term and long-term approaches andaim at preventing the further spread of weapons as well as at their reductionand elimination. The scope of the investigation should be comprehensive andinclude nuclear, biological, chemical and radiological weapons and themeans of delivering them, as well as possible links between these issues andterrorists.

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work of the commission

The Commission should not be engaged in any tasks or negotiations at the
governmental or intergovernmental level.
The Commission should help to stimulate an informed public debate
about international and national efforts against weapons of mass destruction. It should therefore undertake outreach activities within its capacity toengage civil society and non-governmental organisations.

Independence
The Commission is fully independent.
The Commissioners have been invited by the Chairman to serve in theirpersonal capacity. They do not serve under instructions from any government or organisation.
While the Secretariat submits accounts for auditing by the Swedish Government, which is providing major funds, in its substantive work it is independent of all Governments and international organisations and non-governmental organisations.

Funding policy
The Commission is funded by the Swedish Government. Contributions fromother governmental or private sources are welcomed.
Neither the funding from the Swedish Government nor any other contributions will be allowed to inﬂuence the substantive work of, or the ﬁnal
report of, the Commission.

Secretariat
The Commission’s secretariat is based in Stockholm. It will engage with expertise from around the world, as instructed or authorised by the Commission
or its Chairman.
The Secretariat receives its instructions from the Commission through its
Chairman.

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Commissioners’ biographies
Chairman of the Commission:
HANS BLIX

Before joining the Swedish Ministry for Foreign Affairs, Dr Blix was Associate
Professor in International Law at Stockholm University. From 1963 to 1976 heserved as the Adviser on International Law in the Ministry. In 1976–78 he wasState Secretary for International Development Co-operation and in 1978–79
Minister for Foreign Affairs. He served as Director General of the International
Atomic Energy Agency (IAEA), Vienna, from 1981 to 1997 and as Executive
Chairman of the UN Monitoring, Veriﬁcation and Inspection Commission(UNMOVIC) from March 2000 to June 2003. Dr Blix has written several books
on subjects associated with international and constitutional law and international affairs.

Commissioners:
DEWI FORTUNA ANWARDr Anwar is Deputy Chair for Social Sciences and Humanities at the Indonesian Institute of Sciences. She is also Director for Research and Program atthe Habibie Center in Jakarta and a member of the Board of Directors of theCenter for Information and Development Studies. Dr Anwar held the positionsof Assistant to the Vice-President for Global Affairs and Assistant Minister/State Secretary for Foreign Affairs during the Habibie Administration.
Dr Anwar has worked as a Research Fellow at the Institute of South AsianStudies in Singapore and as a Congressional Fellow at the US Congress inWashington, DC .
ALEXEI G. ARBATOVDr Arbatov is a corresponding member of the Russian Academy of Sciences
and the Director of Center for International Security at the Institute for World
Economy and International Relations (IMEMO). He is also a member of theAdvisory Council of the Russian Foreign Minister and a Professor of theRussian Academy on Defence and Security chaired by the President of theRussian Federation. Dr Arbatov is an associate scholar of the Carnegie
Foundation. In 1993–2003, Dr Arbatov served as a Deputy Chairman of the
Defence Committee of the State Duma of the Federal Assembly of theRussian Federation. Before taking his seat in the Duma, Dr Arbatov headed the208commissioners’ biographies

Department on Disarmament and Security of IMEMO, an institute he hadoriginally joined as a researcher in international relations in 1973. He is amember of the Governing Board of SIPRI (Stockholm International Peace
Research Institute) and a member of the International Advisory Council of
Geneva Centre of Democratic Control of Armed Forces.
MARCOS DE AZAMBUJA

Ambassador de Azambuja was previously Permanent Representative of Brazil to the United Nations and the Conference on Disarmament in Geneva andserved as ambassador in France and Argentina. Ambassador de Azambuja
has also held the position of Secretary-General of the Ministry of Foreign
Relations in Brazil. He served as a member of the Tokyo Forum 1998–99
which produced the report ‘Facing Nuclear Dangers – An Action Plan for the
21st Century’, with proposals on nuclear non-proliferation and disarmament, which was later submitted to the UN Secretary-General.
ALYSON J. K. BAILES

Alyson J.K. Bailes is the Director of the Stockholm International Peace
Research Institute (SIPRI). She served for 32 years in the British diplomatic
service, many of the positions involving arms control, security policy anddefence-related matters. From 1987 until 1990 she served as Deputy Head ofMission at the Embassy in Beijing, being actively involved in the negotiations
on Hong Kong. In 1994–1996 she was head of the FCO Security Policy
Department and in 1997–2000 Political Director of the Brussels-based
defence institution Western European Union. In 2000 she was appointed
Ambassador to Finland, a position she held until 2002 when she resigned
from the diplomatic service to take up her current position at SIPRI .
JAYANTHA DHANAPALA

Ambassador Dhanapala was UN Under-Secretary-General for Disarmament Affairs in 1998–2003 and the President of the 1995 NPT Review andExtension Conference. Ambassador Dhanapala joined the Sri Lanka Foreign Service in 1965 and has served in London, Beijing, Washington, DC,
and New Delhi. In 1984 he was appointed Ambassador to the United Nationsin Geneva and in 1987 left the Foreign Service to head the United Nations
Institute for Disarmament Research (UNIDIR). In 1992 he returned to theForeign Service as Additional Foreign Secretary before taking up the positionof Ambassador to the United States. He has also served as Commissioner in
UNSCOM , the Head of the Special Group visiting the Presidential Sites in

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Iraq, and a member of the 1996 Canberra Commission on the Elimination of
Nuclear Weapons. Ambassador Dhanapala has published four books andseveral articles and is the recipient of four honorary doctorates and several
international awards.
GARETH EVANS

Gareth Evans has been President and Chief Executive of the Brussels-basedInternational Crisis Group since January 2000. An Australian Senator andMP from 1978 to 1999, and a Cabinet Minister for 13 years (1983–96), as
Foreign Minister (1988–96) he played prominent roles in developing the UN
peace plan for Cambodia, concluding the Chemical Weapons Convention,founding the Asia Paciﬁc Economic Cooperation (APEC ) forum and initiating the Canberra Commission on the Elimination of Nuclear Weapons. His
many publications include Cooperating for Peace (1993) and the articles‘Cooperative Security and Intrastate Conﬂict’ (Foreign Policy, 1994) and‘The Responsibility to Protect’ (Foreign Affairs, 2002). He served as Cochair of the International Commission on Intervention and State Sovereignty
and was also a member of the UN Secretary-General’s High-level Panel on
Threats, Challenges and Change.
PATRICIA LEWISDr Lewis is Director of the United Nations Institute for Disarmament
Research (UNIDIR). Formerly she was the Director of the Veriﬁcation Technology and Information Centre (VERTIC ) in London from 1989 to 1997. Dr
Lewis was appointed UK Governmental Expert to the 1990 UN study on therole of the UN in veriﬁcation and also worked as a consultant on conventional
forces veriﬁcation with the UK Foreign Commonwealth Ofﬁce. She served asa member of the Tokyo Forum in 1998–99 and an external reviewer for the
1996 Canberra Commission. Dr Lewis holds a BS c in physics and a PhD in
nuclear physics.
MASASHI NISHIHARA

Dr Nishihara is currently Director of the Japanese Research Institute for
Peace and Security. Until March 2006, he was President of the National
Defence Academy. Prior to that he was Professor of International Relations
at the Academy. He has also served as Director of the First Research Department of the National Institute for Defence Studies in Tokyo.

commissioners’ biographies

WILLIAM J. PERRYDr Perry was United States Secretary of Defense from February 1994 to
January 1997. Prior to that he served as Deputy Secretary of Defense.
Dr Perry is currently professor at Stanford University with joint appointmentin the School of Engineering and the Institute for International Studies, andis co-director of the joint Harvard-Stanford Preventive Defense Project.
VASANTHA RAGHAVAN

V. R. Raghavan is the Director of the Delhi Policy Group, and President, Centre
for Security Analysis, Chennai. A retired Lieutenant-General, Mr Raghavan isa Council Member of the International Institute for Strategic Studies, London.
CHEIKH SYLLA

Ambassador Sylla serves as Senegal’s ambassador to Burkina Faso. He hasserved as Commissioner to the UN Monitoring, Veriﬁcation and Inspection
Commission (UNMOVIC ). Ambassador Sylla was a member of the Group ofExperts which drafted the Treaty of Pelindaba – making Africa a nuclearweapon-free zone and also a member of the Group of Experts to carry out the
UN Study of Nuclear Weapons in All Their Aspects.
PRINCE EL HASSAN BIN TALAL

Prince El Hassan is Chairman of the Arab Thought Forum, President of theClub of Rome, Moderator of the World Conference for the World Intellectual
Property Organization, Founding Member, Vice-Chairman of the Foundation
for Interreligious and Intercultural Research and Dialogue. He is also
Member of the Board of Trustees of the International Crisis Group and cochair of the Independent Commission on International Humanitarian Issues.
PAN, ZHENQIANGMr Pan, Zhenqiang is Vice-President of the China Foundation for International Studies and Academic Changes. A retired Major-General of thePeople’s Liberation Army, he is also former Director of the Institute ofStrategic Studies, National Defence University of China, Beijing. He is activein the Pugwash movement.

THÉRÈSE DELPECH , Director for Strategic Affairs at the Atomic Energy

Commission, Paris, was a member of the Commission January 2004–August
2005.

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Secretariat

Henrik Salander, Secretary-General
Birgitta Gradin, Administrative Ofﬁcer
Daniel Nord, Expert (through August 2005)
Manne Wängborg, Senior Adviser (November 2004–March 2006),
Deputy Secretary-General (from April 2006)
Randy Rydell, Senior Counsellor and Report Director (from January 2005)
Stig Berglind, Media Relations (from January 2006)

Financial and organizational support
The Swedish Ministry for Foreign Affairs has initiated the WMDC and been
the ﬁnancial backbone of the project. The Simons Foundation of Vancouver,
Canada, made an early commitment to it and has provided generous ﬁnancial
and organizational support throughout the process.
The Commission has fruitfully co-operated with and received organizational support from, inter alia, the Arms Control Association, Washington,
D.C.; Federal Ministry of Foreign Affairs, Austria; Ministry of External
Relations and Foreign Trade, Canada; Delhi Policy Group, New Delhi;
Egyptian Council for Foreign Affairs, Cairo, Egypt; Ministry for Foreign
Affairs, Finland; Friedrich Ebert Stiftung, Germany; International Institutefor International Affairs, London; Ministry of Foreign Affairs and Trade,
New Zealand; Nixon Center, Washington, D.C.; Ministry of Foreign Affairs,
Norway; Norwegian Institute of International Affairs, Oslo; Norwegian
Radiation Protection Authority, Oslo; Pugwash Conferences on Science andWorld Affairs, Rome/Washington/London; The Swedish Network for
Nuclear Disarmament, Stockholm; and Federal Department of Foreign
Affairs, Switzerland.
The Commission would like to express its deep gratitude to all that havesponsored it ﬁnancially, supported it organizationally and co-operated with
it practically in joint endeavours.
212

Acknowledgements

The Commission has received advice and support from many individuals,
institutes and organizations the world over, including those that haveauthored or contributed to the published WMDC studies listed below. Without their generous cooperation and professional advice this report would nothave been possible. The Commission’s sincere appreciation is extended to allof them. In addition, the Commission would like to acknowledge its gratitude
to Dr Eileen Choffnes, Institute of Medicine, US National Academy of
Sciences; Dr Britta Häggström, Division of NBC Defence, Swedish Defence
Research Agency (FOI); Dr Rebecca Johnson, Executive Director of theAcronym Institute, who generously contributed her expertise from the initiation of the Commission and continued to support its work with dedicationand professional advice; Dr Milton Leitenberg, Senior Research Scholar,
University of Maryland; Mr. Sverre Lodgaard, Director, The NorwegianInstitute of International Affairs; Mr. Jan Prawitz, Swedish Institute of International Affairs; and Professor John Simpson, Mountbatten Centre for International Studies. They are in no way accountable for any mistakes, errors andother inadequacies in the report; the Commission, of course, accepts full
responsibility for the contents and recommendations of the report.

213

Commission’s sessions

First meeting of the Weapons of Mass Destruction Commission
Stockholm, Sweden, 28–30 January 2004
Second meeting of the Weapons of Mass Destruction Commission
Vienna, Austria, 28–30 June 2004
Third meeting of the Weapons of Mass Destruction Commission
Vancouver, Canada, 9–11 November 2004
Fourth meeting of the Weapons of Mass Destruction Commission
Cairo, Egypt, 31 January–2 February 2005
Fifth meeting of the Weapons of Mass Destruction Commission
New Delhi, India, 14–16 March 2005
Sixth meeting of the Weapons of Mass Destruction Commission
Stockholm, Sweden, 11–13 June 2005
Seventh meeting of the Weapons of Mass Destruction Commission
Geneva, Switzerland, 5–7 September 2005
Eighth meeting of the Weapons of Mass Destruction Commission
Stockholm, Sweden, 10–12 November 2005
Ninth meeting of the Weapons of Mass Destruction Commission
Stockholm, Sweden, 16–18 January 2006
Tenth meeting of the Weapons of Mass Destruction Commission
Stockholm, Sweden, 3–5 March 2006

214

Seminars and other public meetings

As part of its outreach efforts, the Commission has organized a number ofseminars, panels and other public meetings, inter alia:
Weapons of Mass Destruction Elimination: A Middle Eastern Perspective
Time: 29–30 January 2005
Venue: The Diplomatic Club, Cairo, Egypt
Organizer: A joint meeting of the Weapons of Mass Destruction Commission, Egyptian Council for Foreign Affairs, Pugwash Conferences on Scienceand World Affairs and the Friedrich Ebert Stiftung.
Reaching Nuclear Disarmament: New Challenges and Possibilities
A conference on new challenges and possibilities for nuclear disarmament in
the current political environment. Focus was on issues related to the NPT andalso the work of the WMDC .
Time: 25–27 February 2005
Venue: ABF Conference Centre, Stockholm, Sweden
Organiser: The Swedish Network for Nuclear DisarmamentManaging Nuclear Material Stockpiles in the 21st Century
A conference highlighting the security challenges posed by the large stockpiles of ﬁssile materials and proposing measures for the future.
Time: 3–4 March 2005
Venue: Holmenkollen Park Hotel, Oslo, Norway
Organiser: Norwegian Institute of International Affairs in co-operation with
the Norwegian Radiation Protection Authority, with support of the Norwegian
Ministry of Foreign Affairs, as a contribution to the WMDC
Elimination of Weapons of Mass Destruction: South Asian Perspectives
A seminar offering Pakistani and Indian perspectives.
Time: 14 March 2005
Venue: India Habitat Centre, New Delhi, India
Organiser: Delhi Policy Group and WMDC

215

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weapons of terror

Nuclear Disarmament and Deproliferation
A seminar examining a number of cases of governments which have refrained
from acquiring nuclear weapons.
Time: 7 April 2005
Venue: The House of the Estates, Helsinki, Finland
Organiser: The Ministry of Foreign Affairs, Finland and the Weapons of Mass
Destruction Commission
Why Do States Abandon Nuclear-Weapon Ambitions?
Workshop in conjunction with the NPT Review Conference
Time: 9 May 2005
Venue: United Nations, New York
Organiser: The Ministry of Foreign Affairs, Finland on behalf of the WMDCThe United Nations Capacity for Monitoring Weapons of Mass Destruction
Workshop in conjunction with the NPT Review Conference
Time: 10 May 2005
Venue: United Nations, New York
Organiser: Permanent Mission of New Zealand to the United Nations onbehalf of the WMDC
Iran Nuclear Workshop
Seminar on Iranian Nuclear Capabilities and Motivations
Time: 14 June 2005
Venue: Arundel House, London, United Kingdom
Organiser: International Institute for Strategic Studies and Nixon Center onbehalf of the WMDC

Published WMDC studies

The studies are available as pdf-ﬁles on the Commission’s website:www.wmdcommission.org.
no. 1 Review of Recent Literature on WMD Arms Control,
Disarmament and Non-Proliferation by Stockholm International
Peace Research Institute, May 2004
no. 2 Improvised Nuclear Devices and Nuclear Terrorism
by Charles D. Ferguson and William C. Potter, June 2004
no. 3 The Nuclear Landscape in 2004: Past Present and Future
by John Simpson, June 2004
no. 4 Reviving the Non-Proliferation Regime by Jonathan Dean, June 2004
no. 5 Article IV of the NPT: Background, Problems, Some Prospects
by Lawrence Scheinman, June 2004
no. 6 Nuclear-Weapon-Free Zones: Still a Useful Disarmament and
Non-Proliferation Tool? by Scott Parrish and Jean du Preez, June 2004
no. 7 Making the Non-Proliferation Regime Universal
by Sverre Lodgaard, June 2004
no. 8 Practical Measures to Reduce the Risks Presented by Non-Strategic
Nuclear Weapons by William C. Potter and Nikolai Sokov, June 2004
no. 9 The Future of a Treaty Banning Fissile Material for Weapons
Purposes: Is It Still Relevant? by Jean du Preez, June 2004
no. 10 A Global Assessment of Nuclear Proliferation Threats
by Joseph Cirincione, June 2004
no. 11 Assessing Proposals on the International Nuclear Fuel Cycle
by Jon B. Wolfsthal, June 2004
no. 12 The New Proliferation Game by William C. Potter, June 2004
no. 13 Needed: a Comprehensive Framework for Eliminating WMD
by Michael Krepon, September 2004

217

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weapons of terror

no. 14 Managing the Biological Weapons Problem: From the Individual
to the International by Jez Littlewood, August 2004
no. 15 Coping with the Possibility of Terrorist Use of WMD
by Jonathan Dean, June 2004
no. 16 Comparison of States vs. Non-State Actors in the Development ofa BTW Capability by Åke Sellström and Anders Norqvist, October 2004
no. 17 Deconﬂating ‘WMD’ by George Perkovich, October 2004
no. 18 Global Governance of ‘Contentious’ Science: The Case of theWorld Health Organization’s Oversight of Small Pox Virus Research
by Jonathan B. Tucker and Stacy M. Okutani, October 2004
no. 19 WMD Veriﬁcation and Compliance: The State of Play submitted
by Foreign Affairs Canada and prepared by Vertic, October 2004
no. 20 WMD Veriﬁcation and Compliance: Challenges and Responses
submitted by Foreign Affairs Canada, October 2004
no. 21 Meeting Iran’s Nuclear Challenge by Gary Samore, October 2004
no. 22 Bioterrorism and Threat Assessment by Gary A. Ackerman and
Kevin S. Moran, November 2004
no. 23 Enhancing BWC Implementation: A Modular Approachby Trevor Findlay and Angela Woodward, December 2004
no. 24 Controlling Missiles by Jonathan Dean, December 2004
no. 25 On Not Confusing the Unfamiliar with the Improbable:
Low-Technology Means of Delivering Weapons of Mass Destruction by
Dennis M. Gormley, December 2004
no. 26 A Veriﬁcation and Transparency Concept for Technology
Transfers under the BTWC by Jean Pascal Zanders, February 2005
no. 27 Missing Piece and Gordian Knot: Missile Non-Proliferationby Mark Smith, February 2005
no. 28 The Central Importance of Legally Binding Measures for theStrengthening of the Biological and Toxin Weapons Convention (BTWC)
by Graham S. Pearson, February 2005

published wmdc studies

no. 29 Russia in the PSI: The Modalities of Russian Participation in the
Proliferation Security Initiative by Alexandre Kaliadine, August 2005
no. 30 Indicators of State and Non-State Offensive Chemical andBiological Programmes edited by Ingrid Fängmark and Lena Norlander,
August 2005
no. 31 The 2005 NPT Review Conference: Reasons and Consequencesof Failure and Options for Repair by Harald Müller, August 2005
no. 32 National Measures to Implement WMD Treaties and Norms:
the Need for International Standards and Technical Assistanceby Andreas Persbo and Angela Woodward, August 2005
no. 33 Russia and the Chemical Disarmament Process
by Sergey Oznobistchev and Alexander Saveliev, August 2005
no. 34 Transparency and Secrecy in Nuclear Weapons
by Annette Schaper, August 2005
no. 35 Multilateral Nuclear Fuel-Cycle Arrangements by Harald Müller,
August 2005
no. 36 Nuclear Threat Perceptions and Nonproliferation Responses:
A Comparative Analysis by Scott Parrish and William C. Potter,
August 2005
no. 37 WMD Crisis: Law Instead of Lawless Self-Help by Harald Müller,
August 2005
no. 38 The Relevance of Gender for Eliminating Weapons of Mass
Destruction by Carol Cohn with Felicity Hill and Sara Ruddick,
December 2005
no. 39 The Inﬂuence of the International Trade of Nuclear Materials
and Technologies on the Nuclear Nonproliferation Regime
by Dr Vladimir V. Evseev, December 2005
no. 40 A Standing United Nations Veriﬁcation Body: Necessary andFeasible by Trevor Findlay, December 2005
no. 41 Learning from Past Success: The NPT and the Future of Nonproliferation by Jim Walsh, March 2006

219

Index11 September 2001 (‘9/11’) 13, 87, 23

Belarus 44
Bhopal 135
Biological and Toxin Weapons
Convention (BTWC) 8, 13, 19,
34, 39, 41, 44, 48, 50, 53, 112,
114–119, 122–123, 133, 159,
166–167, 178, 218–219
Biological warfare 112
Biological weapons 6, 8, 19, 27, 32,
39–42, 44, 50, 68, 109, 111–123,
142, 147, 153, 169, 174, 182
Bioregulators 41, 126
Biotechnology 19, 23, 113, 116, 120,
122, 133
Bioterrorism 112, 218, 220
Blistering agent 126
Ballistic missile defence (BMD)
8, 146–147, 220
Boost-phase 145
Brazil 44, 46, 76, 100, 104, 166, 209
Bunker buster 38
Burundi 117
Bush, George H. W. 12, 90, 95
Bush, George W. 84, 82

A
ABM Treaty 45, 49, 93, 144–145
Abyssinia 127
Accountability 36, 159
Additional Protocol (IAEA) 53, 65,
69, 73, 81, 83, 171, 173
Aerosols 140
Africa 44, 47, 50, 60–61, 63, 79,
104, 143, 166, 171, 211
Agreed Framework (Korea, 1994)
67–69, 180
al-Qaeda 40
Alaska 145
Andorra 117
Angola 117, 131
Antarctica 61, 79
Antarctic Treaty 166
Anthrax 32, 114, 171
Anti-satellite (ASAT) weapons
8, 146–147
Aomori 76
Argentina 44, 46, 166, 209
Arms control 12–15, 23–26, 28,
43–44, 49–51, 54, 56, 107, 115,
142–144, 146–147, 152, 157,
166–169, 175–176, 180, 206, 209
Article 51 (UN Charter) 25, 56
Artillery shells 95–96, 98, 140, 194
ASAT 8, 146–147
Asphyxiating agent 126
Aum Shinrikyo 42–43, 135
Australia Group 47, 54, 153

C
California 145
Cameroon 117
Canada 12, 46, 64, 155, 212, 214,
218
Canberra Commission 12–13, 210
Caribbean 47, 79Conﬁdence-building measure (CBM)8, 46, 53, 80–81, 119, 134,
142–143, 146
CBW 8Central African Republic 117, 131
Central Asia 47, 79
Central Europe 97
CFE 8
Chad 117
Challenge inspection 134, 220

B
Bahamas 131
Balance of terror 17, 88
Ballistic missiles 8, 9, 45, 141,
144–146, 147
Bangkok 79
Barbados 131
220indexCharter (UN) 11, 13, 25, 33, 43, 47,
56, 89, 176, 180, 181, 182, 183
Chemical weapons 6, 14, 17, 19,
22–24, 32, 34, 39, 42–43, 67, 69,
125–137, 140, 142, 166, 174, 183,
200
Chemical Weapons Convention(CWC) 6, 8, 19, 24, 28, 34, 39, 42,
48, 50, 52–53, 114, 119, 126–134,
137, 166, 168, 170, 178, 210, 220
China 13, 27, 34, 36, 39, 45–46, 67,
69, 71–72, 79, 88–89, 95, 98, 103,
106, 107, 127, 129, 130, 211
Chirac, Jacques 87
Civil society 22, 29, 121
Clinton, Bill 24, 45, 93, 107
Code of Conduct 8, 54, 85, 142–143
Code of ethics 121, 221
Cold War 12, 13, 17, 22, 24–25, 36,
45, 60–61, 88–92, 95, 97, 109, 129,
142, 161, 169, 179, 181
Colombia 107, 221
Committee on the Peaceful Uses ofOuter Space (COPUOS) 148
Comoros 117, 131
Compliance 5, 7, 17, 19, 23, 34, 45,
48–49, 51, 53–54, 56, 63–64, 66,
86, 108, 114, 115, 118, 119, 134,
147, 152, 158, 165–171, 173–177
Comprehensive Nuclear-Test-Ban
Treaty (CTBT) 6, 8, 13, 15, 19,
24–25 37–39, 49, 51, 61, 64, 69,
79–83, 95, 105–109, 176, 178
Comprehensive Nuclear-Test-Ban
Treaty Organization (CTBTO)
8, 107–108, 178
Concentration camps 127
Conference on Disarmament (CD)8, 49, 73, 103, 105, 144, 178–180,
195, 204, 209
Congo 131
Congress (US) 45, 78, 98, 145, 208
Conventional weapons 17, 87, 92, 99,
141, 183
Convention on the Physical Protectionof Nuclear Material 86–87

Cook Island 117
Cooperative Threat Reduction (CTR)
8, 40, 56, 78, 121, 130
D
Defence 8, 13, 25, 45, 56, 88–89, 93,
140, 144–147, 158, 183, 200,
208–211, 213
Defoliants 127
Delivery systems 39
Delivery systems 41, 80, 140–141,
152
Denuclearization Declaration (Korea)
67–69, 189
Depth charge 95, 140, 221
Deterrence 37, 81, 88–89, 90, 94
Dirty bombs 24, 84, 86
Disarmament 5, 7–9, 11–15, 17–19,
21–29, 33–34, 36, 43–44, 46,
49–54, 56–57, 61–65, 73, 82, 85,
90, 93–95, 98–99, 101–107, 109,
115, 118, 143–144, 147, 152, 155,
160–162, 166–167, 169, 175–173,
206, 209–210, 212, 215–219
Disarmament machinery 7, 177, 180
Dismantling 22, 93, 99, 156, 193
Djibouti 117
Doctrine 88, 90–91
Dominican Republic 131, 221
E
East Asia 41, 96
Egypt 39, 70, 80–81, 107, 117, 127,
131, 191, 212, 214–215
Eisenhower, Dwight 109
Elimination of Weapons-Grade
Plutonium Production (EWGPP)
programme 156–157
Enforcement 5, 7, 17, 48, 54, 56, 63,
66, 84, 112, 116–117, 132–134, 155,
165–167, 175–177, 183
Enrichment 13, 38–39, 46, 67, 68–71,
73–77, 80–81, 101–105, 181
Eritrea 117
Euratom 104–105, 195

221

222

weapons of terror

European Union 11, 47, 51, 69, 78,
130–131, 154, 209, 221
Export controls 41, 47, 54, 84, 121,
142–143, 151–153, 155, 172
F
Fissile material 6, 8, 13, 15, 18, 24,
36–37, 40–41, 49, 61, 64, 74–78,
81–87, 95, 99, 100–105, 156, 166,
170
Fissile material clean-out 6, 78, 221
Fissile material cut-off treaty (FMCT)
6, 8, 24, 37, 49, 64, 78, 81, 95,
103–104, 156
Fleas 14
Food and Agriculture Organization
8, 122
France 34, 36, 43–44, 46, 61, 69, 72,
89, 94, 96, 104–106, 154, 156, 209
Freivalds, Laila 12
Fuel cycle 5, 38, 73, 76–77
G
General Assembly (UN) 9, 33, 70, 72,
84, 103, 106–107, 148, 161–162,
177–180
General purpose criterion 114, 133
Geneva Protocol 32, 113–114, 119,
126, 166, 169
Germany 46, 51, 69, 100, 104, 154,
212
Global Control System 143
Global Nuclear Energy Partnership
75
Global Partnership 46, 78, 85,
155–157, 202
Gorbachev, Mikhail 95
Group of Eight (G8) 8, 46, 78, 85,
154–155, 157
Global Threat Reduction Inititive(GTRI) 8, 78
Guinea 117, 131
Guinea-Bissau 131
the Gulf 12, 71, 80, 166, 170–171,
180

Gulf War 12, 166, 170–171, 180
Guyana 117
H
Hague Code of Conduct (missiles) 8,
54, 142–143
Hague Convention 126
Hague Declaration 126
Hague Peace Conference 32
Hair-trigger alert 87, 90–92
Haiti 117, 222
Helsinki 12, 24, 45, 93, 216
High-level Panel on Threats,
Challenges and Change 25, 210
Highly enriched uranium (HEU) 8,
77, 100
Hiroshima 32, 60, 62, 96, 161
Hotline Agreement 45
Hussein 63
I
Illicit Trafﬁcking Database (IAEA) 40
Incapacitants 6, 129, 132
India 12, 23, 34, 36–37, 46, 50, 60,
62–63, 81–83, 89, 95, 103, 106–
107, 130, 135, 141, 144, 155, 166,
214–215
Indonesia 107
INF Treaty 8, 45, 96, 142
Intelligence 25, 28, 37, 44–45, 66, 83,
87, 109, 116, 171–174, 192, 203
Intercontinental ballistic missiles(ICBM) 8, 90–92, 96
International Atomic Energy Agency(IAEA) 8, 14, 24, 39–40, 49, 51,
53–54, 62–63, 65, 67, 69–70, 72,
76–77, 79, 80, 82–83, 85–86, 100–
105, 119, 153, 167, 170–176, 178,
180, 208
International Committee of the Red
Cross (ICRC) 121, 158
International Convention for the
Suppression of Acts of Nuclear
Terrorism 84, 87
International Court of Justice 8, 109

indexInternational Crisis Group (ICG) 70,
210, 211
International Data Centre 108, 196
International Health Regulations 120
International law 55, 69, 132, 154
International Monitoring System 108
International non-proliferation anddisarmament assistance (INDA)
155, 156
International Union of Pure andApplied and Chemistry (IUPAC) 159
Iran 13, 19, 23–25, 27, 38, 39, 46–48,
53–54, 60–61, 63, 66–67, 69,
70–72, 74, 76, 80–81, 107, 127,
141, 144, 166, 171, 181, 216, 218
Iraq 9, 11–13, 23, 25, 27, 33, 38–39,
41, 48, 53–56, 60, 63, 66–67, 71,
127, 131, 143, 166, 170–174, 180,
210
Ireland 64, 222
Irreversibility 49, 94, 98, 193, 194
Israel 23, 34, 36, 39, 47, 50, 55, 60,
62–64, 70, 80–81, 88, 95, 107, 117,
131, 141, 144, 166
J
Japan 12, 46, 67, 76, 100, 104–105,
127, 129–130, 140, 144, 154, 171,
Joint data exchange centre 143, 222
Joint Declaration on the Denuclearization of the Korean Peninsula
67–69, 189
K
Kananaskis 155
Kazakhstan 44, 117
Khan, A.Q. 37, 38, 39, 67, 69, 152
Kiribati 117
Kurdish civilians 127
L
Latin America 47, 79
launch-on-warning 91–92, 193
Lebanon 131
Liberia 117

Libya 13, 23, 27, 38, 46, 48, 53–54,
60, 63, 66, 130, 143, 171, 181–182
Life sciences 23–24, 112, 116
Lindh, Anna 11, 206
Low-enriched uranium 69, 71,
77–78, 100
MMadagascar 117
Malawi 117
Marshall Islands 117
Matsumoto attack 135
Mauritius 117
Mayors for peace 163
Media 29, 71, 160, 162
Mexico City 135
Micronesia 117
Middle East 19, 35, 39, 41, 47–48,
64–65, 70–72, 80–81, 95–96, 103,
144
Mini-nukes 38, 98
Multiple, independently targetablere-entry vehicle (MIRV) 8
Missiles 6, 8–9, 13, 24, 38, 45, 47,
54, 82–83, 88, 91, 93, 139–147,
153, 170, 175, 191
Missile defence 8, 45, 88, 93,
144–147, 200
Missile shield 13, 24
Missile Technology Control Regime(MTCR) 8, 47, 54, 83, 142–143,
153
Morocco 127
Moscow Treaty (see also SORT) 45
Mozambique 117
Mustard gas 126
Mutual assured destruction (MAD)8, 12, 88
Myanmar 117, 131
N
Nagasaki 32, 60, 62, 161
Namibia 117
NASA 8, 147

223

224

weapons of terror

National Academy of Sciences (US)84, 102
NATO 8, 35, 88, 90, 96–98, 145
NATO’s Medium Extended Air
Defence 145
Nauru 117
Nepal 117
Nerve agent 126
Netherlands 100, 104, 154
Niue 117
No-ﬁrst-use 18, 37, 72, 92
Non-governmental organizations(NGO) 29, 97, 155, 160
Non-lethal weapons 6, 132
Non-lethal weapons 132
Non-nuclear-weapon states 18–19,
23, 48, 50, 62, 64–65, 72–73, 76,
79, 103–104, 106, 170–171, 181
Non-proliferation 7, 11–12, 17, 18,
22–23, 53–54, 56, 57, 61–65, 73,
74–76, 79, 82, 101, 103, 121, 143,
152, 155, 157, 179, 180, 182, 206,
209
Non-Proliferation Treaty (NPT) 8,
12–14, 17, 19, 23–24, 27–28, 34,
36–39, 48–54, 60–73, 76, 79,
80–82, 88–89, 94–95, 99, 101–107,
114, 119, 128, 141, 143, 144,
166–168, 170–171, 173, 178–180,
182, 209, 215–217, 219
Non-state actors 17, 24, 27, 33, 42,
55, 129, 135, 171, 181–182, 206
Non-strategic nuclear weapons 6, 18,
44, 49, 92, 95–98
North Korea 13, 19, 23, 25, 27, 34,
37–38, 46, 51, 53–54, 60–63, 66,
67–69, 71, 74, 76, 100, 107, 131,
141, 144, 167, 174, 180
North Yemen 127
Nuclear-weapon-free zones 19, 47,
61, 79, 80, 166
Nuclear-weapon states (NWS) 8, 12,
14, 18–19, 23, 34, 48–50, 53–54,
60–65, 72–74, 76, 79,–80, 88–90,
94–95, 99, 101, 103–107, 109, 141,
144, 156, 170–171, 181

Nuclear energy (nuclear power) 19,
24, 34, 46, 62, 69–71, 73–76, 82,
83, 100–102, 104, 170
Nuclear fuel 24, 38, 68, 69, 71, 74,
76–77, 84, 100
Nuclear Suppliers Group (NSG) 8,
47, 54, 82–83, 153
Nuclear tests 12, 15, 35, 37, 49, 98,
106–107, 181
Nuclear Threat Initiative 78
Nuclear waste 24, 40, 75, 223
Nuclear weapons 5, 6, 12–15, 17–19,
22–23, 25, 27–28, 32, 34–42,
44–50, 53, 59–109, 128, 140–143,
147, 156, 159, 166–167, 170, 179,
183, 216
Nunn-Lugar 78, 85
OOpen Skies 170
Organisation for the Prohibition ofChemical Weapons (OPWC) 9, 14,
34, 42, 54, 119, 128–129, 131–135,
137, 153, 175–178
Outer space 6, 19, 50, 61, 79, 140,
144–148
Outer Space Treaty 147–149, 166,
Outlawing 6, 14, 18–19, 25–26, 28,
50, 108–109
P
P5 9, 50
Pakistan 12, 23, 34, 36–39, 46, 50,
60, 62–63, 69, 71, 81, 83, 95, 103,
106–107, 141, 144, 166
Palme, Olof 12
Parliaments 159
Partial Test-Ban Treaty (PTBT) 9,
107, 169
Peacebuilding Commission 14
Pelindaba Treaty 50, 79
Persson, Göran 11
Physical protection 6, 85, 223
Physical protection 40, 78, 83, 85
Plague 114

indexPlutonium 5, 24, 36, 38–40, 53,
67, 68, 71, 73–77, 83–84, 100,
102–103, 156, 170
Plutonium Disposition Agreement
100
Plutonium Production Reactor
Agreement (PPRA) 156
Presidential Nuclear Initiatives 44,
95–97
Proliferation 5, 7, 11–19, 22–23, 25,
27, 35, 37–38, 41, 46–47, 53–57,
60–65, 73–77, 79, 80, 82, 89, 98,
101, 103, 108, 115, 117, 121,
142–143, 152–155, 157–158,
160–161, 166, 174, 179–183, 206,
209
Proliferation Security Initiative (PSI)
9, 54, 55, 154, 219
Psychotomimetic agent 126, 223
Putin, Vladimir 45, 89, 147
RRadioactive material 24, 87, 192
Rarotonga 79
Reactors 38–39, 55, 71, 73, 77, 82,
101, 102
Reagan, Ronald 108, 109, 224
Reprocessing 38–39, 67–70, 73–77,
80–81, 100, 103–105
Resolution 1540 (UN Security
Council) 8, 55, 85, 87, 115, 117,
136, 153, 157, 158, 182
Revolution in military affairs 146
Riot control agents 6, 132, 134
Robust Nuclear Earth Penetrator 98
Rodents 140
Russia 13, 24, 27, 34–36, 40–41, 43–
46, 60–61, 67, 69, 71–72, 78, 85–
86, 89–90, 92–98, 100–103, 119,130, 143–144, 148, 156, 219
S
Safeguards 24, 51, 53, 62–63, 65–67,
69, 74, 76, 79–80, 82–83, 100–102,
104–105, 166–167, 170–171, 173,
180–181

SALT I 9, 45, 142
SALT II 45
Samoa 117SARS 9, 120
Saudi Arabia 39
Seabed Treaty 166
Secretary-General (UN) 11, 25–26,
119, 142, 174–176, 178
Security assurances 50, 72–73, 79,
143, 189
Security Council (UN) 7, 9, 11,
13–14, 18, 25, 33, 37, 47, 51–52,
54–57, 63, 66–67, 70, 72, 85, 87,
115, 117, 136, 153–154, 157, 158,
160, 170–176, 180–183
Security culture 136–137, 200
Simons Foundation 12
Singh, Manohan 82
SIPRI 9, 36, 106, 209
Smallpox 114
Somalia 117, 131
Southeast Asia 47, 79
South Africa 44, 60–61, 63, 104,
143, 166, 171
South Asia 35, 81, 96, 144
South Korea 44, 46, 67–69, 130, 189,
South Paciﬁc 47, 79
Soviet Union 12, 27, 35, 42, 45, 53,
60–61, 76, 88–89, 97, 106, 114,
129–130, 144, 169
Space-launch vehicle 141
Space-strike weapons 146
Special Committee on Safeguards andVeriﬁcation (IAEA) 172
Special Session on Disarmament(SSOD) 9, 177, 178
Spent-fuel standard 102
Spent fuel 19, 73, 74–76, 82, 102
START I 45, 93, 142
START II 24, 45, 49, 93
START III 24, 45, 49, 93
Statement of Interdiction Principles(PSI) 154
Stockholm International Peace
Research Institute (SIPRI) 9, 36,
106, 209

225

226

weapons of terror

Stored-weapon standard 84, 102
Strategic Arms Limitation Treaty(SALT I, SALT II) 9, 45, 142
Strategic Offensive Reductions Treaty(SORT) 9, 45, 93–94 193
Submarines 91–92
Submarine-launched ballistic missile(SLBM) 91–92
Sweden 12, 44, 206, 214–215
Syria 39, 117, 131

T
Tactical nuclear weapons 35, 96
Tanzania 117
Terrorism 6, 12–13, 15, 24, 28,
42–44, 55–57, 62, 83–85, 87, 89,
116, 135, 155, 158, 179, 182, 184,
217, 221
Thirteen practical steps 49, 65
Ticks 140
Tlatelolco Treaty 47, 79
Tokyo Forum 12, 209–210
Toulouse 136
Toxins 24, 41, 113, 122, 133, 156
Transparency 7, 36, 44, 49, 55,
82–83, 94, 97–98, 109, 118,
142–143, 155–156, 158, 160
Trident 60, 90
Trilateral Initiative 49, 101
Trinidad and Tobago 117
Tularaemia 14
Tuvalu 117

U
Ukraine 44, 143
UNESCO 121, 158, 224
United Nations Institute for Disarmament Research (UNIDIR) 9, 178,
209–210
Unmanned aerial vehicle (UAV) 9,
140–141, 143
United Arab Emirates 117
United Kingdom 36, 46, 72, 89, 96,
101, 104, 106, 154, 216

United Nations 7, 9, 11, 13, 22, 26,
33, 52, 61, 119, 121, 161–162,
165–166, 177–180, 182–183, 206,
209–210, 216, 219
United Nations DisarmamentCommission (UNDC) 9, 178–179
United States 12–13, 23–24, 27,
35–36, 38–39, 41–46, 54, 60, 67,
72, 74–75, 78, 82, 88–89, 92–95,
97–98, 100–103, 106–108,
114–115, 119, 127, 129–130,
144–145, 154, 171, 209, 211
United Nations Monitoring, Veriﬁcation and Inspection Commission(UNMOVIC) 9, 116, 170, 174,
175, 208, 211
United Nations Special Commission
on Iraq (UNSCOM) 9, 170, 209
UN panel on missiles 144
Uranium 8, 13, 18–19, 24, 36, 38–40,
46, 67–71, 73–78, 80, 83–84,
100–103, 170, 181
Urenco 100

VVancouver 12, 170, 212, 214
VEREX 114
Veriﬁcation 7, 11, 17, 25, 34, 41,
44, 47, 49, 51, 53–54, 56, 63, 91,
93–94, 97–98, 101, 103–108, 112,
114–116, 118–119, 128–129, 146,
153, 165–171, 173–174, 176, 183,
210
Vietnam War 127
Vladivostok 170
Wassenaar Arrangement 153
Weapons in space 6, 139–140, 144,
147–148, 201
World Health Organization (WHO)9, 119–122, 218
Withdrawal 5, 34, 38, 45, 48, 51–52,
54, 63–64, 79, 115, 144–145,
180–183
World Customs Organization (WCO)155

indexWorld Organisation for Animal
Health (OIE) 9, 122
World Summit (UN) 17, 18, 22, 61,
65, 179–180
World War I (First World War) 32,
113, 126, 140, 221
World War II (Second World War)26, 32, 113, 127, 129, 130, 140

Y
Yeltsin, Boris 24, 45, 93, 95

Z
Zambia 117
Zangger Committee 153

227

WEAPONS OF TERROR
Freeing the World of Nuclear, Biological and Chemical Arms
nuclear, biological and chemical arms are the most inhumane of
all weapons. They are rightly called weapons of mass destruction andweapons of terror.
Designed to terrify as well as destroy, these weapons can, in the handsof either states or terrorists, cause destruction on a vastly greater scalethan any conventional weapons.
They have the potential to kill thousands and thousands of people ina single attack, and their effects may persist in the environment and inour bodies, in some cases indeﬁnitely.
So long as any state has such weapons – especially nuclear arms –others will want them. So long as any such weapons remain in any state’s
arsenal, there is a risk that they will one day be used, by design or accident.
Any such use would be catastrophic.
In this report, the independent Weapons of Mass Destruction
Commission, chaired by Dr Hans Blix, confronts this global challenge
and presents 60 recommendations on what the world community –national governments and civil society – can and should do.

ISBN 91-38-22582-4